Small Hydro Resource Mapping in Indonesia SMALL HYDROPOWER MAPPING REPORT March 2017 This report was prepared by GESTO, AQUALOGUS and INDONESIA HYDRO CONSULT, under contract to The World Bank. This is the final output from the Energy Resource Mapping and Geospatial Planning Indonesia [Project ID: P145273]. This activity is funded and supported by the Energy Sector Management Assistance Program (ESMAP), a multi-donor trust fund administered by The World Bank, under a global initiative on Renewable Energy Resource Mapping. Further details on the initiative can be obtained from the ESMAP website. The final report relating to the Hydropower Database for Indonesia aims to outline national information on small hydropower in Indonesia and it is complemented by two other documents: the GIS Database User Manual and the Small Hydropower Potential in NTT, Maluku, Maluku Utara and Sulawesi Report. The Hydropower Database has been validated and has been internally peer-reviewed. It will be published via - please refer to the corresponding country page. Copyright © 2017 THE WORLD BANK Washington DC 20433 Telephone: +1-202-473-1000 Internet: www.worldbank.org The World Bank, comprising the International Bank for Reconstruction and Development (IBRD) and the International Development Association (IDA), is the commissioning agent and copyright holder for this publication. However, this work is a product of the consultants listed, and not of World Bank staff. The findings, interpretations, and conclusions expressed in this work do not necessarily reflect the views of The World Bank, its Board of Executive Directors, or the governments they represent. The World Bank does not guarantee the accuracy of the data included in this work and accept no responsibility for any consequence of their use. The boundaries, colors, denominations, and other information shown on any map in this work do not imply any judgment on the part of The World Bank concerning the legal status of any territory or the endorsement or acceptance of such boundaries. The material in this work is subject to copyright. Because The World Bank encourages dissemination of its knowledge, this work may be reproduced, in whole or in part, for non-commercial purposes as long as full attribution to this work is given. Any queries on rights and licenses, including subsidiary rights, should be addressed to World Bank Publications, The World Bank Group, 1818 H Street NW, Washington, DC 20433, USA; fax: +1-202-522-2625; e-mail: pubrights@worldbank.org. Furthermore, the ESMAP Program Manager would appreciate receiving a copy of the publication that uses this publication for its source sent in care of the address above, or to esmap@worldbank.org. SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANNING INDONESIA SMALL HYDROPOWER MAPPING REPORT March 2017 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT TABLE OF CONTENTS 1 INTRODUCTION ............................................................................................................................................................... 1 1.1 SYNOPSIS.............................................................................................................................................................................1 1.2 ESMAP ..............................................................................................................................................................................1 1.3 THE CONSULTANT .................................................................................................................................................................2 1.4 OBJECTIVES ..........................................................................................................................................................................3 1.5 METHODOLOGY ....................................................................................................................................................................5 1.6 CONTENT OF THE REPORT .......................................................................................................................................................6 2 DATA COLLECTION .......................................................................................................................................................... 7 2.1 CONTEXT .............................................................................................................................................................................7 2.2 DATA REQUESTED .................................................................................................................................................................7 2.3 BACKGROUND DATA ............................................................................................................................................................10 2.3.1 Context..................................................................................................................................................................10 2.3.2 Hydrological Data .................................................................................................................................................10 2.3.3 Administrative Divisions .......................................................................................................................................17 2.3.4 Electricity Sector Data...........................................................................................................................................20 2.3.5 Morphological data ..............................................................................................................................................21 2.3.6 River Network .......................................................................................................................................................23 2.3.7 Land Cover ............................................................................................................................................................24 2.3.8 Forest Areas ..........................................................................................................................................................26 2.3.9 Geology data ........................................................................................................................................................28 2.3.10 Topographic Maps ...........................................................................................................................................29 2.3.11 Roads ...............................................................................................................................................................30 2.4 SHP DATA .........................................................................................................................................................................31 2.4.1 Context..................................................................................................................................................................31 2.4.2 Initial Compilation ................................................................................................................................................32 2.4.3 Hydro Inventory Study – 1997 ..............................................................................................................................32 2.4.4 IPP & PLN Feasibility Studies .................................................................................................................................33 2.4.5 Other Sources........................................................................................................................................................33 2.4.6 Screening Process .................................................................................................................................................33 3 GIS DATABASE ............................................................................................................................................................... 35 3.1 INTRODUCTION ...................................................................................................................................................................35 3.2 SOFTWARE AND HARDWARE OPTIONS.....................................................................................................................................36 3.2.1 Context..................................................................................................................................................................36 3.2.2 GIS Software .........................................................................................................................................................36 3.2.3 Database Software ...............................................................................................................................................37 3.2.4 Hardware ..............................................................................................................................................................40 3.2.5 Hosting, Operation and Maintenance of the GIS Database..................................................................................40 3.3 BACKGROUND DATA ............................................................................................................................................................40 3.3.1 Hydrological data .................................................................................................................................................40 3.3.2 Administrative Divisions .......................................................................................................................................42 3.3.3 Electricity Sector data ...........................................................................................................................................45 3.3.4 River Network .......................................................................................................................................................46 i ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 3.3.5 Forest Areas ..........................................................................................................................................................47 3.3.6 Geology data ........................................................................................................................................................48 3.3.7 Topographic Maps ................................................................................................................................................48 3.3.8 Roads ....................................................................................................................................................................48 3.4 SHP DATA .........................................................................................................................................................................49 3.4.1 Comprehensive list ................................................................................................................................................49 3.4.2 List of most promising sites ..................................................................................................................................54 3.4.3 PLN SHP Planning..................................................................................................................................................55 3.5 DATABASE DESIGN ..............................................................................................................................................................56 3.6 CAPACITY BUILDING.............................................................................................................................................................58 4 MAPS AND INFORMATION ON SHP ............................................................................................................................... 59 4.1 PROJECT INFORMATION ........................................................................................................................................................59 4.2 MAPS OF FINDINGS .............................................................................................................................................................65 5 CONCLUSIONS ............................................................................................................................................................... 85 REFERENCES ........................................................................................................................................................................... 86 FIGURES Figure 2.1 – Objectives of the project Small Hydropower Mapping in Indonesia and Improved Geospatial Planning. .........................................................................................................................................................................................4 Figure 2.2 – Workflow with the technical approach and methodology from the Consultant. .......................................................6 Figure 3.1 – Rainfall gauges (Hydro Inventory Study 1997 data [1], Consultant processing).......................................................11 Figure 3.2 – Runoff gauges (Hydro Inventory Study 1997 data [1], Consultant processing). .......................................................13 Figure 3.3 – Faulty daily data per month in station Sabang/Cut Bau and Palembang/St. M. Ba [3]. ...........................................14 Figure 3.4 – Rainfall Atlas of Indonesia [4]. ..................................................................................................................................15 Figure 3.5 – Mean annual rainfall in Indonesia (WorldClim data [5], Consultant processing). ....................................................16 Figure 3.6 – Mean annual temperature in Indonesia (WorldClim data [5], Consultant processing)............................................17 Figure 3.7 – Administrative divisions, regency level (GADM data [6], Consultant processing). ...................................................18 Figure 3.8 – Administrative divisions of Sulawesi, NTT, Maluku and Maluku Utara, district level (Census 2010 data [7], Consultant processing). ..................................................................................................................................................19 Figure 3.9 – Administrative divisions of Sulawesi, NTT, Maluku and Maluku Utara, village level (parallel contract on Geospatial Electrification Planning data, Consultant processing). ..........................................................................................20 Figure 3.10 – Electricity network (Hydro Inventory Study 1997 [1] and RUPTL 2016-2025 [8] data, Consultant processing). ..................................................................................................................................................................................21 Figure 3.11 – Digital global elevation data (SRTM data [9], Consultant processing). ...................................................................22 Figure 3.12 – River network (info-geospatial data [10], Consultant processing). ........................................................................24 Figure 3.13 – Land Cover (MoFo data [11], Consultant processing). ...........................................................................................25 Figure 3.14 – Land Cover (GlobCover 2010 data [12], Consultant processing). ...........................................................................26 ii ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 3.15 – Forest areas (MoFo data [11], Consultant processing). ..........................................................................................27 Figure 3.16 – Geology map (Hydro Inventory Study 1997 data [1], Consultant processing). ......................................................29 Figure 3.17 – BIG Cartograms by region [13]. ..............................................................................................................................30 Figure 3.18 – Roads network (VMAP data [14], Consultant processing). .....................................................................................31 Figure 4.1 – Screenshots of the plug-in developed for the SHP GIS Database. ............................................................................36 Figure 5.1 – Distribution of hydropower projects per Island and Wilayah. .................................................................................60 Figure 5.2 – Distribution of Large (LHP) and Small (SHP) hydro per Island and Wilayah. ............................................................61 Figure 5.3 – Distribution of SHP per Island and Wilayah. .............................................................................................................62 Figure 5.4 – Total capacity (MW) per Island and identified developer. .......................................................................................64 Figure 5.5 – Identified SHP – Wilayah Aceh..................................................................................................................................65 Figure 5.6 – Identified SHP – Wilayah Sumatera Utara. ...............................................................................................................66 Figure 5.7 – Identified SHP – Wilayah Riau dan Kepulauan Riau..................................................................................................67 Figure 5.8 – Identified SHP – Wilayah Sumatera Barat. ...............................................................................................................68 Figure 5.9 – Identified SHP – Wilayah Sumatera Selatan, Jambi dan Bengkulu. ..........................................................................69 Figure 5.10 – Identified SHP – Distribusi Lampung.......................................................................................................................70 Figure 5.11 – Identified SHP – Distribusi Banten. .........................................................................................................................71 Figure 5.12 – Identified SHP – Distribusi Jawa Barat. ...................................................................................................................72 Figure 5.13 – Identified SHP – Distribusi Jawa Tengah dan DI Yogiakarta....................................................................................73 Figure 5.14 – Identified SHP – Distribusi Jawa Timur. ..................................................................................................................74 Figure 5.15 – Identified SHP – Distribusi Bali................................................................................................................................75 Figure 5.16 – Identified SHP – Wilayah Nusa Tenggara Barat. .....................................................................................................76 Figure 5.17 – Identified SHP – Wilayah Nusa Tenggara Timur. ....................................................................................................77 Figure 5.18 – Identified SHP – Wilayah Kalimantan Barat. ...........................................................................................................78 Figure 5.19 – Identified SHP – Wilayah Kalimantan Selatan dan Kalimantan Tengah. .................................................................79 Figure 5.20 – Identified SHP – Wilayah Kalimantan Timur dan Kalimantan Utara. ......................................................................80 Figure 5.21 – Identified SHP – Wilayah Sulawesi Selatan, Sulawesi Tenggara dan Sulawesi Barat. .............................................81 Figure 5.22 – Identified SHP – Wilayah Sulawesi Utara, Sulawesi Tengah dan Gorontalo. ..........................................................82 Figure 5.23 – Identified SHP – Wilayah Maluku dan Maluku Utara. ............................................................................................83 Figure 5.24 – Identified SHP – Wilayah Papua dan Papua Barat. .................................................................................................84 TABLES Table 3.1 – Requested data. ...........................................................................................................................................................8 Table 3.2 – Comparison between alternative DEM datasets. ......................................................................................................23 iii ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.3 – Indonesian categories of Forest Areas. ......................................................................................................................26 Table 4.1 – Comparison between QGIS and ArcGIS. ....................................................................................................................37 Table 4.2 – Popular relational database management systems (ORDBMS). ................................................................................38 Table 4.3 – Column description of the Hydrological data – Rainfall Gauges. ...............................................................................41 Table 4.4 – Column description of the Hydrological data – Runoff gauges..................................................................................42 Table 4.5 – Column description of the Administrative divisions – Islands. ..................................................................................43 Table 4.6 – Column description of the Administrative divisions – Provinces. ..............................................................................43 Table 4.7 – Column description of the Administrative divisions – Regencies. .............................................................................43 Table 4.8 – Column description of the Administrative divisions – Districts. ................................................................................44 Table 4.9 – Column description of the Administrative divisions – Villages. .................................................................................44 Table 4.10 – Column description of the Administrative divisions – PLN Wilayahs.......................................................................45 Table 4.11 – Column description of the Electricity Sector – Generation projects........................................................................45 Table 4.12 – Column description of the Electricity Sector – Transmission Lines. ........................................................................46 Table 4.13 – Column description of the Electricity Sector – Substations. ....................................................................................46 Table 4.14 – Column description of the River Network – Rivers. .................................................................................................46 Table 4.15 – Column description of the River Network – River Basins. .......................................................................................47 Table 4.16 – Column description of the River Network – Water bodies. .....................................................................................47 Table 4.17 – Column description of the Forest Areas. .................................................................................................................47 Table 4.18 – Column description of the Geology data – Formations. ..........................................................................................48 Table 4.19 – Column description of the Geology data – Faults. ...................................................................................................48 Table 4.20 – Column description of the Topographic maps. ........................................................................................................48 Table 4.21 – Column description of the Roads network. .............................................................................................................49 Table 4.22 – Column description of the SHP – Comprehensive compilation. ..............................................................................49 Table 4.23 – Column description of the SHP – List of most promising sites. ...............................................................................54 Table 4.24 – Column description of the SHP – PLN SHP Planning. ...............................................................................................55 Table 4.25 – Database and plug-in tables’ correspondence.........................................................................................................57 Table 5.1 – Distribution of the hydropower projects per Island and Wilayah. ............................................................................60 Table 5.2 – Distribution of SHP per Island and Wilayah. ..............................................................................................................62 Table 5.3 – Indonesian SHP status. ...............................................................................................................................................63 Table 5.4 – Indonesian SHP developer’s categories. ....................................................................................................................63 iv ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT ANNEXES Annex I – Unprocessed SHP Data Annex II – GIS Database User’s Manual Annex III – GIS and ORDBMS Training Presentation and Materials Annex IV – IPP’s SHP List v ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT GLOSSARY OF ABBREVIATIONS AND ACRONYMS ADB Asian Development Bank ASTER Advanced Spaceborne Thermal Emission And Reflection Radiometer BIG Badan Informasi Geospasial (Geospatial Information Agency) BMKG Badan Meteorologi, Klimatologi, Dan Geofisika (Indonesian Agency For Meteorology, Climatology And Geophysics) BPS Badan Pusat Statistik (Statistics Indonesia) CSP Concentrated Solar Power DEM Digital Elevation Model DivEBT Divisi Energi Baru Dan Terbarukan (New And Renewable Energy Division) ESMAP The Energy Sector Management Assistance Program FiT Feed-in-tariff GADM Global Administrative Areas GEP Geospatial Electrification Planning GIS Geographic Information System GNS Geonet Names Server HEEP Hydroelectric Power Plant HPPS Hydro Power Potential Study IHC Indonesia Hydro Consult IPP Independent Power Producer JICA Japan International Cooperation Agency KEN Kebijakan Energi Nasional (National Energy Policy) LCOE Levelized Cost Of Electricity LHP Large Hydropower Project MEMR The Ministry Of Energy And Mineral Resources Of Indonesia METI The Ministry Of Economy, Trade, And Industry Of Japan MoFo The Ministry Of Forestry Of Indonesia NASA United States National Aeronautics And Space Administration NCAR National Center For Atmospheric Research NCEP National Centers For Environmental Prediction NOAA National Oceanic and Atmospheric Administration NTB Nusa Tenggara Barat NTT Nusa Tenggara Timur ORDBMS Object-Relational Database Management Systems PLN Perusahaan Listrik Negara (State Electricity Company) PPA Power Purchase Agreement RE Renewable Energy RUKN Rencana Umum Ketenagalistrikan Nasional (Electricity Master plan) RUPTL Rencana Usaha Penyediaan Tenaga Listrik (Electrification Development Program) SHP Small Hydropower Project vi ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT SRTM Shuttle Radar Topography Mission TRMM Tropical Rainfall Measuring Mission USAID United States Agency For International Development USGS United States Geological Survey VMAP Vector Map WB World Bank WMO World Meteorological Organization vii ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 1 INTRODUCTION 1.1 SYNOPSIS The Small Hydropower Mapping and Improved Geospatial Electrification Planning in Indonesia project (Selection No. 1125330), is an initiative administered by the Energy Sector Management Assistance Program (ESMAP), whose objective is to facilitate and improve the planning and investment process for small hydropower development in both grid and isolated systems through: a) Building up a central database on small hydropower at national scale and validating the mapping of small hydropower in NTT, Maluku, Maluku Utara and Sulawesi b) Improved electrification planning by integrating small hydropower potential for the provinces of NTT, Maluku, Maluku Utara and Sulawesi into the planning process The current document represents the Small Hydropower Mapping Report that aims to outline national information on small hydropower in Indonesia. It is complemented by two other documents: the GIS Database User’s Manual and the Small Hydropower Potential in NTT, Maluku, Maluku Utara and Sulawesi Report. The next sub-sections further explain the background, objectives and content of the document. 1.2 ESMAP ESMAP is a global knowledge and technical assistance program administered by The World Bank and supported by 11 bilateral donors. ESMAP’s efforts focus on energy security, energy access, and climate change, and involve three core services: i) analytical work, ii) knowledge clearinghouse, and iii) operational support to The World Bank regions for technical assistance work at the country level. Carrying out RE resource mapping and geospatial analysis at the country level helps to scale up the deployment of biomass, small hydro, solar and wind electricity generation, particularly in countries where one or more of these sources of power are underdeveloped. This is because such mapping is a crucial step to developing a policy framework to guide investment in RE electricity generation which, along with publicly-available data, helps reduce transaction costs and speeds up deployment by providing commercial developers with:  Increased certainty that projects are likely to be approved or permitted with minimal bureaucracy and delay  Data transparency and a level playing field, thereby reducing barriers to the entry and limiting the scope of corruption  A baseline of reliable data that can help guide prospecting activities and can be used for data verification purposes  A better informed off-taker or purchasing authority, thereby improving the price negotiation process 1 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT In response, ESMAP has launched a new initiative to support country-driven efforts to improve RE resource awareness, put in place appropriate policy frameworks for RE development, and provide “open access” to resource and geospatial mapping data. One of the key elements of this ESMAP initiativ e was to select consulting firms and establish framework agreements for the procurement of resource data and mapping services. On the scope of “Small Hydropower Resource Data and Mapping Service”, the Consultant Consortium headed by Gesto Energy Consulting (GESTO), also including Aqualogus, Engenharia e Ambiente (AQUALOGUS) and GAF AG was successfully selected for the framework agreement with The World Bank. The current project “Small Hydropower Mapping and Improved Geospatial Planning” is under the scope of the framework agreement with The World Bank. For the renewable energy mapping based on hydropower, The World Bank hired qualified consulting firms with demonstrated capabilities in providing small hydropower resource mapping and related services. The Indefinite Delivery Contract commenced on May 28, 2013, and is expected to end by 2017. The tender for Small Hydropower Mapping and Improved Electrification Planning in Indonesia was released under this contract in late 2013. For this particular tender, the Consultant’s Association (CONSULTANT) is led by GESTO, and includes AQUALOGUS and Indonesia Hydro Consult, as a local partner. After the tenders’ evaluation in early 2014, the World Bank informed the CONSULTAT that it was chosen to perform the Project. After a period of negotiation the Contract was signed on February 12 2014. The project was built on previous efforts for the assessment of renewable energy potential and electrification funded by The World Bank (ASTAE-AusAID-ESMAP), ADB, AusAid, Norwegian Government, USAID and others. The resource mapping activity is part of a broader World Bank program of technical assistance that will assist in the implementation of the 1,000 Island Electrification Program via scaling up renewable energy, resource mapping, geospatial planning and capacity building of key stakeholders in each of the above areas. 1.3 THE CONSULTANT GESTO, the leading partner, is an international consultant specialized in energy and in the evaluation of renewable resources. GESTO has know-how and experience in the development of renewable energy policy as well as master plans and supports all phases of renewable energy project development. With a wide scope of expertise, including but not limited to, hydro resource study and evaluation, project analysis and prioritization, and support for projects development, GESTO track record includes, not only, resource mapping - more than 15 resource maps in the last 4 years – but also, the development of Hydro Atlas and projects identification for Cape Verde, East Timor, Mozambique and Angola, and a 5 MW Solar plant development in Cape Verde (Santiago Island) - the largest built in Africa at that time. 2 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Currently, GESTO presents a worldwide portfolio of concluded and on-going projects: Renewable Energy Roadmap to 2020 (Cape Verde), Concentrated Solar Power (CSP) Plant Pre-Feasibility Study (Namibia), Mozambique Renewable Energy Atlas, Angola Energy Vision to 2025, Renewable Electrification Plan of East Timor and Project Development for Renewable Auctions in South Africa. AQUALOGUS core business is dedicated consultancy and engineering design services in water and environmental projects. The company has 16 years’ experience in hydropower projects evaluation, feasibility assessment and design. It has recently developed/participated a number of studies and designs of hydropower schemes, dams and environmental assessments, worth highlighting the evaluation of the small hydropower potential (<10 MW) potential for the Portuguese territory and the Tagus hydrologic region hydropower potential mapping and location, as well as the following related projects:  Medium and small hydropower plants: more than 30 studies and designs in the last 10 years, with installed power ranging from 500 kW to 30 MW, in Portugal, Mozambique, Cape Verde and Brazil.  Large dam designs: several embankment and concrete structures for hydro agricultural schemes (mostly in the large multipurpose Alqueva project), hydropower and water supply (detailed design in the last 5 years of Fridão 35 m gravity dam, Daivões 75 m gravity dam, Odelouca 76 m earth dam).  Environmental impact assessment studies of hydropower plants (more than 15 in the last 10 years) and of hydraulic schemes (more than 20 000 ha of irrigation projects). Indonesia Hydro Consult (IHC) is one of the fastest growing hydro engineering consulting service companies in Indonesia. They are leading providers of hydro project solutions and provide high quality on-site and remote consulting services for growing hydro developers nationwide and give them a significant development benefit. Their objective is to enhance the success of their clients by providing solutions for projects and cost-effective consulting services for their business needs. IHC has expertise in the field of hydro engineering nationwide in Indonesia. The experience gained from site reconnaissance, planning and studies, design and design reviews, and construction assistances have made them capable to offer comprehensive consultancy services. Their benefits from the previous projects enable them to offer improvement at every step of the project. Their experience and resources enable innovative development to assemble project teams quickly, based on the technical requirements of each project. 1.4 OBJECTIVES After the 2013 Scoping Mission by the ESMAP team in Jakarta it was concluded that small hydropower can play a role in clean power generation in Indonesia, and that there was interest from both the public and private investors to develop small hydropower, but that there lacked promotion and coordinated planning of small hydropower development. Hence the ESMAP current contribution for small 3 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT hydropower in Indonesia (Small Hydropower Mapping and Improved Geospatial Planning in Indonesia) has an overall objective to mainstream small hydropower into the planning process for generation growth and electrification planning in Indonesia. More precisely the consultancy services have the specific purpose to facilitate and improve the planning process of small hydropower in both grid and isolated systems through establishment of GIS-based databases, which will help PLN to optimize development and avoid conflicts with long-term maximized utilization of the resource and to promote and facilitate the role of small hydropower in remote areas and in isolated grid systems, where the need is to go from planning small hydropower based on maximized capacity and least cost of energy, to customizing schemes to demand to get the highest benefit of substituting fossil fuel generating plants. The objectives of the project are schematically presented in Figure 1.1. Facilitate and Improve the planning process Integrate small hydro potential Avoid conflicts in the improved with long term electrification maximized (NTT, Maluku, utilization of the Maluku Utara Mainstream resource and Sulawesi) small hydro into the planning process for generation and Promote and Building up a electrification facilitate de role central database of small hydro in on small hydro remote areas (National Level) Customizing and isolated grid schemes (stand systems alone or hybrid) to demand to get the highest benefit of substituting diesel Figure 1.1 – Objectives of the project Small Hydropower Mapping in Indonesia and Improved Geospatial Planning. Moreover, the consultancy services will be done in parallel on two vectors following PLN’s interest:  Building up a central database on small hydropower at a national scale to be housed in PLN’s central office in Jakarta.  Improved electrification planning by integrating small hydropower potential for the provinces of NTT, Maluku, Maluku Utara, and Sulawesi in eastern Indonesia. 4 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT The two components will be linked through developing the national database on small hydropower in such a way that it can feed input to the geospatial electrification planning tool, which is in the long-term aimed to be implemented for the entire country. 1.5 METHODOLOGY The Terms of Reference requested the work to be grouped into two main activities:  Activity 1 – Data collection and production of a national small hydropower GIS database, review and validation of small hydropower potential for NTT, Maluku, Maluku Utara and Sulawesi  Activity 2 – Support to the inclusion of small hydropower potential to the geospatial electrification planning for NTT, Maluku, Maluku Utara and Sulawesi As an optional activity, a training component was requested and contracted within the scope of the project. The training activity aims to provide PLN the required skills to host, operate and further develop the National Database, as well as to perform the required analysis to prioritize the Small Hydropower Projects (SHP) in the region, according to the established multi-criteria analysis. The objectives of Activity 1 are:  To carry out an inception phase and draw an inception report  To create a GIS database for national information on SHP development  To create the list of the most promising SHP sites in NTT, Maluku, Maluku Utara and Sulawesi  To produce the Small Hydropower Mapping Report and promote a workshop for results presentation to client and relevant stakeholders The objectives of Activity 2 are:  To create a list of potential SHP sites in NTT, Maluku, Maluku Utara and Sulawesi to be incorporated in the Geospatial Electrification Planning (GEP) Tool  To draw policy recommendations on the development of SHP in Indonesia  To produce the Final Report and promote the Final Workshop for the client and relevant stakeholders For the development of these activities, the Consultant’s methodology is best described in the workflow of interconnected sub-activities and tasks presented in Figure 1.2. 5 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 1.2 – Workflow with the technical approach and methodology from the Consultant. 1.6 CONTENT OF THE REPORT Chapter 1 is the project’s introduction. Chapter 2 describes the data collection mission in detail. It comprehends all data collected from background information to SHP projects, with the first applied screening process thoroughly described. Chapter 3 presents the GIS Database, its organization and design. Also presented is the GIS Database User’s Manual that has been developed as a handbook in order to ease its use for all levels of computer literacies. Finally, Chapter 4 presents the main findings and Chapter 5 the project conclusions. 6 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 2 DATA COLLECTION 2.1 CONTEXT This chapter presents the data collected throughout the entire duration of the project, organized by data requested, background data and SHP data. On the data requested sub-chapter, all data from major stakeholders considered at some point of the project as relevant and requested for the small hydropower database or for the Small Hydro assessment is presented with special focus on its source and respective alternatives. The other two sub-chapters comprehensively cover all data collected. The first, the background data, covers all data gathered that may be relevant for Small hydro assessment, from administrative divisions through hydrological data. At last, the extensive collection of Small Hydro projects task is reported in 2.4, with a detail description of all screening made to exclude as many duplicate or inconsistent projects as possible. 2.2 DATA REQUESTED During the Inception Mission, PLN was identified as the most relevant holder of information on small hydropower development and some data was therefore requested. In the sequence of the meetings held with other relevant stakeholders, additional data was found to be useful and requested at said meetings. All the requested data is summarized in Table 3.2 along with the data collected. 7 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 2.1 – Requested data. Requested Data Document/Info Source Collected Data (Y/N) Format Alternative available data Gaps between requested and available data Hydropower Masterplans Hydro Inventory Study 1997 – PLN Y MapInfo No alternative available. Map info database Project for the Master Plan JICA Y PDF No gaps identified. Data collected. Study of Hydropower Development in Indonesia List of hydropower PLN list of IPP’s request PLN Y xls No alternative available. This is the main source of data, according to ToR in order to projects PLN development projects PLN Y xls No alternative available. accomplish the assignment. RUPTL 2016-2025 PLN Y pdf No alternative available. The planned electricity sector for the upcoming years is stated in the RUPTL. After careful analysis of the latest document, the locations of small hydropower plants were digitized. Existing Dams List and characteristics of Department of Water Resources (Ministry N Consultant research on global datasets. This database would allow us to have more certain in the existing dams, with of Public Works) characteristics of the existing dams, but since it was not possible to geographical information collect, the Consultant researched related info on global datasets. Existing Hydropower RUPTL PLN Y Pdf The existing hydropower plants are stated in the RUPTL. After Plants careful analysis of the document, the location of the hydropower and small hydropower plants were digitized. PLN database PLN Y xls No alternative available. Temporal datasets Stream gauge stations Department of Water Resources (Ministry N xls The Consultant’s software Evapower. Without any stream records provided, it was used the Consultant of Public Works) software Evapower to assess river hydrology. Meteorological stations Badan Meteorologi, Klimatologi, dan N Xls The global datasets may provide an alternative, Without any meteorological records provided by the BMKG, it was Geofisika (BMKG) but the quality of information lowers the assessed he quality of WMO data from a few stations. Since this had quality of the outcomes. For the rainfall the too much missing records for a statistical analysis, the Rainfall Atlas rainfall Atlas of Indonesia presents more of Indonesia was used for a preliminary assessment. For the accurate results. temperature it was used the temporal dataset from WorldClim. Spatial datasets Electrical grid PLN N Vector format Hydro Inventory Study 1997 – Map info Without any spatial information provided, the electrical grid was database and RUPTL 2026-2025. based on the Hydro Inventory Study 1997, and updated for NTT, Maluku, Maluku Utara and Sulawesi, the focus regions of this project by digitizing the RUPTL 2016-2025. Forest areas Ministry of Forestry (MoFo) Y Vector format No gaps identified. Data collected. Protected areas Ministry of Environment N Vector format World Database on Protected Areas The global dataset is a comprehensive source, but the involvement of the competent authority promotes the acceptance of the study findings. Land use GlobCover Y Raster Format GlobCover released a more recent Land Cover, from 2010, than the available in the MoFo database (Landsat 2000). It is considered that the information of GlobCover is sufficient for the execution of the assignment. Isohyets Badan Meteorologi, Klimatologi, dan N Raster or vector Rainfall Atlas of Indonesia or Global datasets The Rainfall Atlas of Indonesia document has the Indonesia isohyets Geofisika (BMKG) format with mean rainfall (worldclim, reanalysis, etc.) that were used throughout this project, but the spatial datasets would have improved the workability of this information on the database. Isotherms Badan Meteorologi, Klimatologi, dan N Raster or vector Global datasets with mean temperature No records were obtained to assess the quality of the World Clim Geofisika (BMKG) format (worldclim, reanalysis, etc.) global dataset, but given the generic good accuracy of this global dataset, it was used. Digital Elevation Model (BIG) PLN N Raster format Shuttle Radar Topography Mission (SRTM) or BIG is a smaller scale DEM, improving the outcomes in relation with Advanced Spaceborne Thermal Emission and the big scale DEMS as SRTM and ASTER, but since it was not Reflection Radiometer (ASTER). provided it was used the SRTM DEM. 8 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Requested Data Document/Info Source Collected Data (Y/N) Format Alternative available data Gaps between requested and available data Spatial datasets Road and Railroad network PLN N Vector format Vector Map Level O (VMAPO) The information in VMAP0 is not detailed, but given the scope of the work, roads and rails may not be a strong restriction to hydropower development. Therefore, since no official or local information were available, this global dataset was adopted for the project. Land property PLN N Vector format No alternative available Contour data Badan Informasi Geospasial (BIG) N Vector format Derived from DEM The quality of the DEM affected the quality of the contours derived from them. Official information is more reliable. Streams and rivers N Vector format Derived from DEM The quality of the DEM affected the quality of the streams and rivers derived from them. Non-official information was used to assess and to name them. Administrative boundaries N Vector format Global Administrative Areas (GADM), version The global dataset is a comprehensive source, but the involvement 2.0, January 2012. Census 2010 public maps. of the competent authority will supports the authenticity of the information. Topographic maps N Raster format No alternative available Settlements and population Badan Pusat Statistik (BPS) or N Vector format Global databases - Vector Map Level O The information of the parallel contract for Geospatial Badan Informasi Geospasial (BIG) (VMAPO) or Geonet names server (GNS) electrification permits a single and unified assessment of the load demand. The source information is from BIG/BPS. It was acquired by PLN for the parallel contract and is required in this project, but only for NTT, Maluku and Maluku Utara regions was provided. The global dataset does not allow inferring the population, though it was useful to find locations and populated places. Legal framework Environmental legislation Government of Indonesia issued Y Pdf - - Government Regulation No. 27 of 2012 State Ministry of Environment Decree Y Pdf - - No.11/2006 Forestry legislation Law of the Republic of Indonesia No. 41 of Y Pdf - - 1999 Forestry Minister Regulation No.16 of Y Pdf - - 2014 Dam licensing and Law of the Republic of Indonesia No. 2 of Y Pdf - - hydropower process 2012 description Law of the Republic of Indonesia No. 7 of y Pdf - - 2004 9 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 2.3 BACKGROUND DATA 2.3.1 CONTEXT The background data is essential for the evaluation/design of SHP solutions, as it is easily assessed by the data present on the next sub-chapters. It should be stressed that although all background data collected has its relevance in SHP planning, not all should be included into the GIS Database considering data format and/or size. If all collected data were to be included into the GIS database, the database would lose its ease and quickness of use that is essential for SHP planning. Regardless, the plug-in developed by the Consultant to ease the database workability was intentionally very open to allow the addition of all type of data for an optimal assessment. 2.3.2 HYDROLOGICAL DATA 2.3.2.1 RAINFALL GAUGES One of the most important variables when developing hydrologic studies is the mean rainfall on the watershed over a series of years. This variable is obtained by processing the rainfall depth measured over a short period of time (seasons, months, days or even hours) by a rainfall gauge. The rainfall depth is often measured by recording gauges, which automatically record this variable in short periods of time (down to 1 minute, in some cases). This type of gauge is geared with a bucket that collects rainfall and is then translated into a vertical movement by means of a pen on a chart. However, the rainfall depth may also be measured by non-recording gauges, in which the rainfall depth is read manually at longer time intervals, usually in remote, sparsely inhabited areas. After collecting rainfall, there are two types of data that may be stored in tables, raw data and processed data. The first type of data is directly read from the bucket and must be processed before used in any hydrological study. Note that this type of data is not continuous as the bucket must be emptied before reaching its full capacity. However, when storing these two types of data in a table, there is common information that must complement the values of rainfall depth, such as: the gauge identification (name and ID), the hydro-meteorological network and administrative divisions where the gauge is located, it’s respective coordinates and also the time when the data was collected. After processing the data the rainfall depth measured over a period of time multiple to twelve hours may be obtained. Note that from the same rainfall record a sub-diary rainfall depth over a period of 12h could also be obtained. In this case, a table with twice as the number of rows in would be the output. 10 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Unfortunately, the rainfall data in Indonesia it’s not easy to obtain on a digital format. Moreover given the mass amount of information that would be required to digitize, the difficult to maintain up-to-date and the minor quality lost comparing to other sources for the SHP planning at a desktop level this type of information was not included into the database. It also should be stressed that this database main purpose is SHP planning and for that reason it was added all known rainfall gauges stations with IDs, Figure 2.1, to ease the area of influence analysis of any watershed. That way, when necessary the reviewer may know the stations ID for data collection. Figure 2.1 – Rainfall gauges (Hydro Inventory Study 1997 data [1], Consultant processing). 2.3.2.2 RUNOFF GAUGES Although this type of device is named runoff gauge, the stream flow rate is not directly recorded, even though this variable is one of the most important in hydrologic studies. Instead, water level is recorded and the stream flow rate is deduced by means of a rating curve [2]. This curve is constructed by plotting successive measurements of the discharge and height of the water level. 11 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT The water level may be recorded either manually or automatically. Manual measurements of the water level are made using staff gauges, which use graduated boards set in the water surface. In addition, this variable may also be obtained through the use of sound devices, which measure the time between the emission of the signal and the respective reception at the water surface. However, there are also automatic devices – bubble gauges – that sense the water level by bubbling a continuous stream of gas into the water. In comparison with rainfall depth, the measured water level (raw data) must also be processed before used in any hydrological study. As described above, the water level is converted into stream flow rate by means of a rating curve. Once again, when storing these two types of data in a table, there is common information that must complement the values of water level/stream flow rate, such as: the gauge identification (name and ID), the river, river basin and administrative divisions where the gauge is located, it’s respective coordinates and also the time when the data was collected. Unfortunately, Indonesian runoff gauges face the same problem as rainfall gauges, since it’s not easy to gather, store or maintain up-to-date the data since its not digitized yet. Figure 2.2, presents the runoff gauges stations for a project hydrological analysis. 12 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.2 – Runoff gauges (Hydro Inventory Study 1997 data [1], Consultant processing). 2.3.2.3 GLOBAL DATA Both hydrological and meteorological data were requested as presented in sub-chapter 2.2, but since no data from official sources was provided, alternatives were adopted. Meteorological data on a gauging stations record format was only possible to obtain for rainfall from the stations registered on the World Meteorological Organization, WMO [3]. After a first analysis, the missing and faulty data of WMO registered stations was obtained. An example of the output obtained for some stations is presented in Figure 2.3, where the number of daily data per month missing is shown. 13 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 1958 3 3 1 2 3 0 1 1 1 0 0 0 1962 31 28 31 30 14 30 31 31 30 19 14 14 1959 13 8 5 3 6 2 14 7 9 8 13 7 1963 15 15 19 9 26 23 21 28 24 28 25 28 1960 1 2 0 0 0 1 0 0 0 0 11 1 1964 29 26 25 22 26 27 28 30 26 26 18 28 1961 0 0 1 1 3 4 0 0 30 31 0 0 1965 29 19 19 20 22 21 27 24 19 31 28 31 1962 1 0 3 1 1 4 2 29 30 31 30 31 1966 31 28 31 30 31 30 31 31 30 31 30 31 1963 31 28 31 30 31 30 31 31 30 31 30 31 1967 31 28 31 30 31 30 31 31 30 31 30 31 1964 31 29 31 30 31 30 31 31 30 31 30 31 1968 31 29 31 30 31 30 31 31 30 31 30 31 1965 31 28 31 30 31 30 31 31 30 31 30 31 1969 31 28 31 30 31 30 31 31 30 31 30 31 1966 31 28 31 30 31 30 31 31 30 31 30 31 1970 31 28 31 30 31 30 31 31 30 31 30 31 1967 31 28 31 30 31 30 31 31 30 31 30 31 1971 31 28 31 30 31 30 31 31 30 31 30 31 1968 31 29 31 30 31 30 31 31 30 31 30 31 1972 31 29 31 30 31 30 31 31 30 31 30 31 1969 31 28 31 30 31 30 31 31 30 31 30 31 1973 18 13 21 14 19 8 16 7 6 2 13 17 1970 31 28 31 30 31 30 31 31 30 31 30 31 1974 11 11 6 8 3 3 9 11 5 4 1 3 1971 31 28 31 30 31 30 31 31 30 31 30 31 1975 15 10 15 13 8 7 12 6 13 13 14 17 1972 31 29 31 30 31 30 31 31 30 31 30 31 1976 17 11 13 8 5 1 5 8 2 3 2 7 1973 31 28 31 30 31 30 31 31 30 31 30 31 1977 3 4 3 2 2 0 1 1 2 1 1 1 1974 31 28 31 30 31 30 31 31 30 31 30 31 1978 3 4 3 3 2 3 6 2 2 2 7 3 1975 31 28 31 30 31 30 31 31 30 31 30 31 1979 1 1 0 0 1 7 3 0 0 1 0 2 1976 31 29 31 30 31 30 31 31 30 31 30 31 1980 0 0 0 0 1 0 2 3 2 5 1 4 1977 31 28 31 30 31 30 31 31 25 18 23 19 1981 5 0 1 5 4 1 5 8 3 3 5 0 1978 12 11 22 25 23 18 23 10 16 9 11 14 1982 2 3 2 2 3 2 1 0 1 4 3 1 1979 9 3 7 19 31 23 17 14 5 10 27 26 1983 2 0 1 9 2 3 1 4 1 4 0 2 1980 14 16 10 13 23 30 31 30 25 21 13 21 1984 8 7 1 2 3 1 1 2 9 5 5 7 1981 23 19 28 25 25 18 25 25 24 27 30 29 1985 2 2 6 21 15 10 11 1 4 3 4 8 1982 26 21 17 15 24 13 16 9 7 14 5 4 1986 5 12 12 3 20 18 11 8 8 2 4 13 1983 5 4 2 13 4 8 2 6 6 12 2 3 1987 22 21 15 13 15 6 15 12 12 5 8 10 1984 13 21 17 3 3 2 6 0 8 7 3 5 1988 6 10 11 6 4 3 2 6 0 7 5 0 1985 10 1 10 21 2 14 8 3 2 3 2 2 1989 1 7 5 15 17 9 5 17 3 17 20 21 1986 3 7 5 4 9 3 4 1 3 0 4 4 1990 24 10 18 25 28 20 16 22 30 28 23 25 1987 11 4 6 3 8 7 14 11 6 6 7 4 1991 26 23 24 30 31 30 31 27 25 22 28 22 1988 11 17 7 1 2 4 2 5 10 7 8 8 1992 28 23 21 28 31 24 22 24 16 5 5 13 1989 2 12 15 26 16 8 14 21 19 20 21 27 1993 13 0 0 0 3 5 3 0 6 9 5 2 1990 20 23 29 30 26 21 17 26 30 29 25 27 1994 1 2 4 3 1 5 7 0 3 0 0 6 1991 29 24 31 30 29 30 31 31 27 30 28 31 1995 1 0 8 4 0 2 4 1 1 0 1 13 1992 31 28 31 29 29 29 31 30 23 11 1 4 1996 24 21 0 5 1 2 4 6 0 1 1 15 1993 14 6 15 6 4 3 11 5 5 7 5 1 1997 1 0 1 0 0 1 0 2 0 0 7 11 1994 1 0 10 1 3 2 0 4 1 0 0 0 1998 0 0 0 2 0 0 0 2 7 0 9 3 1995 0 0 9 9 1 1 0 0 1 4 1 0 1999 18 10 16 6 6 4 9 5 7 0 0 3 1996 0 0 0 0 1 3 0 2 3 7 3 0 2000 4 2 3 3 1 3 1 4 6 27 2 4 1997 1 0 2 0 5 1 0 3 1 2 0 3 2001 8 14 14 8 8 18 1 6 7 5 7 2 1998 3 1 3 0 3 0 6 6 2 1 6 10 2002 2 3 0 5 3 5 3 1 0 5 2 2 1999 14 8 10 9 9 7 21 24 14 22 16 25 2003 1 2 4 0 0 1 0 0 1 1 0 1 2000 21 16 17 11 3 11 7 4 6 3 3 4 2004 0 0 5 0 0 0 0 1 0 0 0 0 2001 2 3 0 0 9 1 0 1 2 0 1 1 2005 0 0 0 1 0 0 2 2 2 3 4 1 2002 2 2 1 0 1 3 0 0 0 13 0 1 2006 1 0 2 5 2 4 1 0 0 1 0 2 2003 2 0 2 3 0 1 1 0 4 1 0 0 2007 3 1 3 3 0 1 1 1 1 1 2 0 2004 9 2 3 11 5 5 5 0 7 0 2 1 2008 4 2 6 6 2 3 2 7 0 0 2 3 2005 0 0 0 1 0 0 1 0 2 9 5 5 2009 8 4 5 0 3 3 1 0 0 3 2 3 2006 6 2 3 2 2 1 1 6 4 2 6 3 2007 0 2 3 1 1 0 1 1 2 1 1 1 2008 1 3 3 4 1 2 2 4 1 8 3 3 2009 2 5 3 0 3 3 1 3 5 0 6 1 Figure 2.3 – Faulty daily data per month in station Sabang/Cut Bau and Palembang/St. M. Ba [3]. As it can be seen in Figure 2.3, every year shows faulty data that can compromise the accurate development of any hydrological study. Furthermore, during some meetings it was stated that obtaining ground meteo-climate data in Indonesia is very difficult because only few stations are digitally registered and most of them are in hard copies and in handwriting1. As an alternative, the Rainfall Atlas of Indonesia was collected, Figure 2.4 [4]. This publication is widely used and accepted as an accurate determination of the mean annual rainfall in Indonesia. 1 The Consultant’s team own previous experience (via IHC) confirms the difficulty in assessing hydrological data. 14 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.4 – Rainfall Atlas of Indonesia [4]. In addition, global data sources such as the World Clim project, the Tropical Rainfall Measuring Mission (TRMM) or the NCEP/NCAR reanalysis were gathered. As an example, Figure 2.5 and Figure 2.6 present the mean annual rainfall and temperature for Indonesia, obtained from data of World Clim [5]. These global data sources allow an estimation of the rainfall and temperature, but it is advisable to have at least some good quality ground stations to assess the global data sources level of accuracy. Since it was not possible to collect ground station records with suitable settings for a statistical analysis, the Rainfall Atlas for Indonesia was used for the determination of the rainfall and the World Clim dataset for the temperature. Furthermore, the Consultant’s own experience confirms that the Rainfall Atlas is more accurate when compared with Global datasets such as World Clim, although they may still be used for preliminary approaches. 15 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.5 – Mean annual rainfall in Indonesia (WorldClim data [5], Consultant processing). 16 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.6 – Mean annual temperature in Indonesia (WorldClim data [5], Consultant processing). 2.3.3 ADMINISTRATIVE DIVISIONS The administrative divisions are crucial to extract local information for the projects and to correctly identify the local entities to be consulted. The Indonesia administrative divisions are: province (provinsi), regency (kabupaten), district (kecamatan) and village (kelurahan/desa). For this purpose the GADM database of Global Administrative Areas (version 2.0, January 2012) may be used up to the regency level, as showed in Figure 2.7 [6]. 17 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.7 – Administrative divisions, regency level (GADM data [6], Consultant processing). For the study areas of Sulawesi, NTT, Maluku and Maluku Utara it was necessary to use a more detailed level of administrative divisions. For that reason, it was necessary to geo-reference the district level maps of the focus regions from the Indonesia Census 2010 and the result is present in Figure 2.8 [7]. 18 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.8 – Administrative divisions of Sulawesi, NTT, Maluku and Maluku Utara, district level (Census 2010 data [7], Consultant processing). For NTT, Maluku and Maluku Utara, the others study regions, it was adopted an even more detailed administrative division, a village level division provided by the parallel contract on Geospatial Electrification Planning, Figure 2.9. 19 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.9 – Administrative divisions of Sulawesi, NTT, Maluku and Maluku Utara, village level (parallel contract on Geospatial Electrification Planning data, Consultant processing). 2.3.4 ELECTRICITY SECTOR DATA The electricity sector data was gathered from two different sources, the Hydro Inventory Study database and from the electricity sector regional maps from the RUPTL 2016-2025. Part of this information was delivered by the parallel contract on Geospatial Electrification Planning on NTT, Maluku, Maluku Utara2, while the remainder of it was gathered from other sources. 2 Sulawesi was not under the scope of the parallel contract 20 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT On the other hand, although the Hydro Inventory Study database had nationwide spatial data of the electricity grid, substations and power stations, they were not up-to-date especially for the study area. In that sense, through geo-referencing the electricity sector provincial maps of the study area from the RUPTL 2016-2025, it was possible to update this network and to consider the PLN grid expansion plan in the SHP analysis, Figure 2.10. Figure 2.10 – Electricity network (Hydro Inventory Study 1997 [1] and RUPTL 2016-2025 [8] data, Consultant processing). 2.3.5 MORPHOLOGICAL DATA Contour data, as well river and streams, may be derived from a Digital Elevation Model (DEM). Since the scope of work is SHP, the DEM resolution should be as refined as possible to improve the final result accuracy, especially in the focus regions of Sulawesi, NTT, Maluku and Maluku Utara. During the Inception Mission, it was acknowledged that PLN currently possesses BIG data in the regions inside the scope of work of the parallel contract on Geospatial Electrification Planning. However, it was not possible to collect or even assess the type of information and scale due to confidentiality issues. 21 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT The alternative datasets for this purpose are the global digital elevation dataset provided by the Advanced Spaceborne Thermal Emission and Reflection Radiometer3 (ASTER) or the Shuttle Radar Topography Mission (SRTM), presented in Figure 2.11 [9]. Figure 2.11 – Digital global elevation data (SRTM data [9], Consultant processing). The comparison between these alternative datasets is present in Table 2.2. 3 ASTER GDEM is a product of METI and NASA. 22 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 2.2 – Comparison between alternative DEM datasets. ASTERGDEM SRTM Data source ASTER Space shuttle radar Generation and METI/NASA NASA/USGS distribution V1 ~2003 V1 Release year ~2011 V2 ~2007 V4.1 Data acquisition 2000 ~ ongoing 11 days (in 2000) period DEM resolution 30m 90m DEM accuracy 7~14m 10m (stdev.) 83 degrees north ~ 83 degrees 60 degrees north ~ 56 degrees DEM coverage south south Areas with no ASTER data due Area of Topographically steep area to constant cloud cover missing data (due to radar characteristics) (supplied by other DEM) The main problem with the use of big scale DEMs for SHP assessment may be summarized in two issues: 1) The larger the pixel, the worst the costs and hydraulic head estimation; 2) The stream network derived from flow accumulation procedures will present some deviations, sometimes getting the wrong path. This is more prone in big scales. Nevertheless, from the hydropower experience in the territory it is known that the mean error of SRTM, ASTER or BIG DEMS is usually less than 5%, with an impact in in the range of 1-2% in the watershed calculation, thus the Consultant proceeded with this datasets. 2.3.6 RIVER NETWORK The river network, Figure 2.12, was obtained from different data sources. While rivers and water bodies were obtained from the info-geospatial database that combines data from global datasets and from the Bakosurtanal [10]. The river basins were obtained from the Hydro Inventory Study database [1]. When compared, the collected river network with the derived from the SRTM DEM, the first was more accurate, especially in some singular areas where the natural slope is very flat or steep and the DEM faces the most discrepancies on the elevation modelling. 23 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.12 – River network (info-geospatial data [10], Consultant processing). 2.3.7 LAND COVER The Ministry of Forestry (MoFo) has a public land cover file, based on the Landsat 2000 (the same base of Globcover2000), presented in Figure 2.13 [11]. 24 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.13 – Land Cover (MoFo data [11], Consultant processing). The GlobCover has since then released a more recent version in 2010, presented in Figure 2.14 [12]. Considering that the detail and scale of the source information are the same as the official source and that GlobCover is more recent and updated, the latter was adopted in the project. 25 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.14 – Land Cover (GlobCover 2010 data [12], Consultant processing). 2.3.8 FOREST AREAS The forest areas were obtained from the database of MoFo, Figure 2.15. The forest areas categories defined by Mofo are presented Table 2.3 [11]. Table 2.3 – Indonesian categories of Forest Areas. Forest Area Categories Abbreviation ENGLISH BAHASA INDONESIA Protected Forest Hutan Lindung HL Production Forest Hutan Produksi HP Convertible Production Forest Hutan Produksi Konversi HPK Limited Production Forest Hutan Produksi Terbatas HPT Natural Reserve Kawasan Suaka Alam Dan Pelestarian Alam KSPA Marine Natural Reserve Kawasan Suaka Alam Dan Pelestarian Alam Laut KSPA Laut Other Use Areal Penggunaan Lain APL 26 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.15 – Forest areas (MoFo data [11], Consultant processing). Based on Ministerial Regulation No. 41 year 1999, government sets the forests in conservation (Hutan Konservasi), protected (Hutan Lidung) and production (Hutan Produksi). Furthermore, defines the Conservation Forest as one that has as main function fauna, flora and ecosystem preservation. The conservation forest is divided under Natural Reserves (Kawasan Suaka Alam Dan Pelestarian Alam) or Marine Natural Reserves (Kawasan Suaka Alam Dan Pelestarian Alam Laut), as shown in Table 2.3. On the other hand, protected forests have the main function of shielding life support systems that regulate water systems, maintain soil fertility, erosion control and prevent floods and sea water intrusion, while production forest main purpose is, as the name suggest, forestry exploration. Moreover, there are especial production areas which can be the Limited production Forest (Hutan Produksi Terbatas) or the Convertible production Forest (Hutan Produksi Konversi). On the first, it is only possible to explore for forestry production with low intensity while the second is reserved for other types of exploration and can be converted to non-forest allocation. 27 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Finally, this classification allows a better understanding of the expected difficulties in development activities from the natural environmental point of view. Considering the current legislation and the usually low SHP environment impact this type of developments should only face legal difficulties on forest areas categorized as conservation areas in which it is strictly forbidden to build. 2.3.9 GEOLOGY DATA For a complete assessment of a SHP it should also be taken into account the dam site and reservoir geology. The Hydro Inventory Study database contained a geology map with description of rock formations and main faults that was collected and added to the GIS Database, Figure 2.16 [1]. 28 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.16 – Geology map (Hydro Inventory Study 1997 data [1], Consultant processing). 2.3.10 TOPOGRAPHIC MAPS Topographic maps display most of the natural and man-made elements in the country, and can be obtained from the BIG database [13]. In the vector database, the information is divided into 7 themes:  Theme 1: Land Cover: land cover areas such as forests, fields and settlements;  Theme 2: Hydrography: include water elements such as rivers, lakes and coastlines;  Theme 3: Topography: high-level data such as contours; 29 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT  Theme 4: Building: buildings, houses and office buildings;  Theme 5: Transportation and Utilities: roads, railways, transmission wires and bridges;  Theme 6: Administrative divisions: the state border, provinces, regencies/cities, townships and villages;  Theme 7: Toponyms: geographic names such as the island's name, the name of the strait and the name of the mountain. There’s also cartograms, by regions, with the data availability and the year of manufacture by map scale 1:250 000, 1:50 000, 1:25 000 and 1:10 000, presented in Figure 2.17. Figure 2.17 – BIG Cartograms by region [13]. Given the mass extension of Indonesia and the scope of the work, it was considered not to be cost/effective to purchase these maps, as it would not add much value to the project. However, for future planning or pre-design of SHP by PLN staff, it was added to the database the gathered geo-referend cartograms, to ease the geo-referencing of the maps if necessary. 2.3.11 ROADS The roads network was obtained from the Vector Map (VMAP), a vector-based collection of Geographic Information System (GIS) data about Earth at various levels of detail. For the current purpose the level used was level 0 (low resolution), which has global coverage at public domain [14]. 30 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 2.18 – Roads network (VMAP data [14], Consultant processing). 2.4 SHP DATA 2.4.1 CONTEXT The collection of SHP data was the most important and challenging assignment of Activity 1. The SHP data was gathered from the RUPTL 2013-2022, Hydro Inventory Study – 1997, IPP’s requests, PLN’s own feasibility studies and from the Consultant’s own internal knowledge SHP database with almost 2700 projects identified in total. Unprocessed data collected and referenced during this report is presented in Annex I. The next sub-chapters will address the work performed on retrieving data of each source, and the effort made in joining those lists while merging duplicates and removing projects with wrong/outdated information. 31 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT The comprehensive compiled SHP list after the screening has 2000 entries. Chapter 5 presents nationwide maps and information based on this list, which is also stored on the GIS database. 2.4.2 INITIAL COMPILATION Since the beginning of the project the Consultant made an effort to collect as many potential SHP sites as possible. By the time of the inception mission in 2014 the Consultant had already retrieved the existing and planned SHP from the RUPTL (2013-2022) and merged them with other databases4 taking into consideration the project’s name, installed capacity and province (since the projects from RUPTL didn’t state the coordinates). It was possible at that stage to merge 73 projects, making the initial compilation at the Inception Stage with only 190 projects with identified location. It should be stressed that PLN’s current and planned energy situation for the next 10 years is publicly reported on the RUPTL every year. The problem with this type of source is the lack of project information, since it just covers the approximate location and installed capacity. For a GIS database and pre-feasibility analysis purpose it’s very incomplete and for that reasons it was complemented with the collection of more data from other sources. Moreover, this just comprehended the existing and the already approved SHP, missing the potential sites for future project that are the main scope of this work. 2.4.3 HYDRO INVENTORY STUDY – 1997 From the beginning of the project the Consultant made clear that PLN’s current SHP database (MapInfo format) from the Hydro Inventory Study from 1997 had the bulk of the projects that should be collected and analyzed. Therein laid a problem, since the info stored in this database was considered classified by PLN and its clearance raised concerns. Fortunately, this was overcome and it ended up being a major contribution since it immensely increased the number of entries (more than 1300 projects) on the SHP database and improved the overall quality of the list of most promising SHP sites on NTT, Maluku, Maluku Utara and Sulawesi. 4 Such as the Consultant’s own internal knowledge database of SHP in Indonesia (via IHC) 32 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 2.4.4 IPP & PLN FEASIBILITY STUDIES Regarding the IPP’s requests, PLN allowed the Consultant to retrieve all necessary info from the Feasibility Studies submitted by IPP’s during the PPA procedure that were stored in PLN Pusat (50) or in another repository in Jakarta (142). Furthermore, during the Wilayah visits on the study area it was possible to retrieve new projects from IPP’s requests and from PLN local SHP studies. The data gathered from those projects were in majority retrieved from Feasibility Studies delivered with the IPP’s requests. During the Wilayah visits it was also possible to collect Feasibility studies developed by PLN of SHP sites to be implemented by PLN or to tender them later with the final goal of installing more renewable energy and reduce coal/fuel dependency and CO2 emissions while dropping the overall energy generation cost. From the regional offices it was possible to identify 48 new projects from IPP’s requests and 6 from PLN studies, in a total of 54 new projects. The detailed description of the missions to the Wilayahs is presented in the accompanying Small Hydropower Potential in NTT, Maluku, Maluku Utara and Sulawesi Report. 2.4.5 OTHER SOURCES As requested by the Consultant, PLN New and Renewable Energy Department (DivEBT) prepared a list of all existing/planned SHP. This information was retrieved from the Masterplan of HEEP Development list, small hydropower projects in HPPS, IPPs and PLN lists of small hydropower projects. That list had a total of almost 900 entries but only contained project name, installed capacity and coordinates. Moreover some projects didn’t have coordinates or had them but were wrong since they weren’t located near any river. Also, when plotted with some base map on background it was possible to assess that some were already build, as it is described on 2.4.6. 2.4.6 SCREENING PROCESS In brief, the projects were collected from RUPTL, Hydro Inventory Study from 1997, IPP and PLN Feasibility Studies, PLN New and Renewable Energy Department and the Consultant’s own internal knowledge SHP database. In order to merge those lists while removing duplicates it was necessary to have especial attention to projects with different characteristics on the same location. On those cases if the overall project characteristics were too different, mainly the output power, it was decided to keep both projects in the same location given that they should have different schemes for the same location. After a thorough analysis it was possible to eliminate approximately 700 duplicate projects while merging projects. 33 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT This comprehensive compilation list with 2000 entries was added to the database with all project information collected and is analyzed in detail in chapter 4. 34 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 3 GIS DATABASE 3.1 INTRODUCTION The GIS Database for SHP planning was developed by the Consultant for small hydropower mapping and improved geospatial electrification planning in Indonesia based on PLN specific necessities and is currently hosted in PLN’s server. The main purpose of building up this central database on SHP (nationwide level) is to facilitate and improve the planning process of SHP in both grid and isolated systems in Indonesia. The central GIS database for national information on Small Hydropower Planning (SHP Database) was developed in PostgreSQL which is an open source object-relational database management system (ORDBMS). This ORDBMS has a PostGIS extension which allows GIS objects to be stored in the database. The visualization and management tools of this GIS Database are supported by a user-friendly open source Geographic Information System – QGIS. To provide customized options for easier and intuitive usage of the existing data in this database, a package of QGIS Plugins (version QGIS Essen 2.14) was developed, Figure 3.1. WGS84 (World Geodetic System 84) is the adopted coordinate system by the GIS database for national information on Small Hydropower Planning, therefore all saved and visualized data are in this coordinate system. A GIS Database User’s Manual has been developed as a handbook to help the utilization of the GIS Database for different levels of computer literacies, and is presented in Annex II. 35 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 3.1 – Screenshots of the plug-in developed for the SHP GIS Database. 3.2 SOFTWARE AND HARDWARE OPTIONS 3.2.1 CONTEXT The choice between software and hardware to adopt is of great importance and was made early in the project development since it influences its design and implementation. Early on, the discussion on software was focused not so much on the different existing brands but more on the type of software, i.e., whether the option should be open source or proprietary. 3.2.2 GIS SOFTWARE The choice of the right software for building-up a GIS project is a big investment either in time, resources or, sometimes, money. Different types of GIS software are available in the market such as proprietary options (ESRI ArcGIS, MapInfo, Global Mapper, etc.) and open source software (QGIS, GRASS GIS, gvSIG, etc.). A comparison between two of the most used open source (QGIS) and proprietary (ArcGIS) solutions is presented in Table 3.1. 36 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.1 – Comparison between QGIS and ArcGIS. QGIS ArcGIS  Free downloadable open source software  Commercial software that includes three desktop Cost  Free plugins that enable customization versions,  No maintenance contracts  Different extensions and tools in separate modules very expensive (several thousands of dollars)  Costly maintenance contracts  No licensing concerns because QGIS is free and  Software restricted through a computer license Licensing open source software  Installation are regulated by a licensing key  Loaded on any computer  Extensions with fixed licensing keys used in just one  Numerous updates available each year computer  Most development done by paid developers  As proprietary software the development is performed Development through contributions by ESRI  Huge community of volunteers help on  The code is not available for use development of new features on QGIS software  The product that is purchased cannot be modified in  The code is available for anyone to see and it can anyway. be modified by anyone allowing customization  Windows  Windows Platform  Mac  Linux  Support via dedicated websites, forums and  Specialized support well established in all ArcGIS Support blogs products  Huge community of users can easily support in  Direct support 24/7 through direct contact to ESRI technical issues phone lines or emails.  Technical support for QGIS are available via  Depending of maintenance contracts OSGeo.org site  No maintenance contracts In terms of security of sensitive data and capacity needed from the end-users, both options are similar, albeit in the latter case QGIS may be associated to a more intuitive and faster to learn alternative. Based on the Consultant’s experience on advanced work with both options, the best solution for this project was decided to be QGIS, an open source solution. QGIS is a cross-platform free and open source desktop GIS application that provides visualization, editing and data analysis. QGIS is strong and powerful to use and provides a continuously growing number of capabilities provided by core function and plugins. QGIS provides integration with other open source programs including PostgreSQL, GRASS and MapServer ensuring extensive functionalities. 3.2.3 DATABASE SOFTWARE Considering the database, the one to be implemented on this project should be relational to allow the management system to implement the relational model smoothly. Each database implements a different model to structure the data that is being managed in a logical fashion. The design and conceptualization of the database are the first step to preview how a database will work and handle the information contained therein. This type of database management systems requires structures (e.g. tables) to be defined to contain and work with data. Each column holds a different type of information and each record in the database, uniquely identified with keys, are related together, as defined within 37 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT the relational model. The type of data and the attributes on each table has to be defined after the collection of all available data at different institutions and agencies. Some of the most commonly used and popular Object-Relational Database Management Systems (ORDBMS) are presented in Table 3.2. Table 3.2 – Popular relational database management systems (ORDBMS). PostgreSQL: MySQL: SQLite: Description The most advanced, SQL-compliant and The most popular and commonly used A very powerful, embedded open-source ORDBMS ORDBMS. relational database management system Cost Free, Open source Proprietary (Oracle), Open source Free, Open source Supported  bigint  Tinyint  Null Data Types  bigserial  Smallint  Integer  bit [(n)]  Mediumint  Real  bit varying [(n)]  Int or integer  Text  boolean:  Bigint  Blob  box  Float  bytea  Double, double precision, real  character varying [(n)]:  Decimal, numeric  character [(n)]  Date  cidr  Datetime  circle  Timestamp  date  Time  double precision  Year  inet  Char  integer  Varchar  interval [fields] [(p)]  Tinyblob, tinytext  line  Blob, text  lseg  Mediumblob, mediumtext  macaddr  Longblob, longtext  money  Enum  numeric [(p, s)]  Set  path  point  polygon  real  smallint  serial  text  time [(p)] [without time zone]  time [(p)] with time zone:  timestamp [(p)] [without time zone]  timestamp [(p)] with time zone  tsquery  tsvector  txid_snapshot  uuid  xml Advantages  An open-source SQL standard  Easy to work with;  The entire database compliant ORDBMS  Supports a lot of the SQL functionality consists of a single file  Is supported by a devoted and that is expected from a ORDBMS -- on the disk, which experienced community which can be either directly or indirectly; makes it extremely accessed through knowledge-bases  A lot of security features, some rather portable; 38 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT PostgreSQL: MySQL: SQLite: and Q&A sites 24/7 for free; advanced, are built in MySQL;  Although it might  Strong third-party support:  Scalable and powerful; appear like a "simple" PostgreSQL is adorned with many  MySQL works in very efficiently way DB implementation, great and open-source third-party thus providing speed gains. SQLite uses SQL; tools for designing, managing and using the management system.  It is possible to extend PostgreSQL programmatically with stored procedures Disadvantages  For simple read-heavy operations,  Known limitations, comes with  With no management PostgreSQL might appear less functional limitations that some state- connections to set performant than the counterparts of-the-art applications might require access privileges to the  Given the nature of this tool, it lacks  Reliability issues: The way certain database and tables behind in terms of popularity, despite functionality gets handled, renders it a  In SQLite is not possible the very large amount of little-less reliable compared to some to tinker with to obtain deployments other ORDBMS’s a great deal of  Due to above mentioned factors, it is  Stagnated development: there are additional performance. harder to come by hosts or service complaints regarding the development providers that offer managed process since its acquisition; PostgreSQL instances. Compared to other ORDBMS, PostgreSQL stands out with its support object-oriented and/or relational database functionality, such as the complete support for reliable transactions, i.e. Atomicity, Consistency, Isolation and Durability. PostgreSQL is extremely capable of handling many tasks in a very efficiently way and can grant security to the data store inside through login and password. Furthermore, PostgreSQL:  Has good integration with QGIS, data can be integrated in QGIS writing directly in database;  Works in different operation systems (LINUX, WINDOWS);  Runs in different programming languages, including Python, Java, C/C++,.net, Ruby, etc.;  Has almost unlimited storage space5: Limit Value Maximum Database Size .................. Unlimited Maximum Table Size ......................... 32 TB Maximum Row Size........................... 1.6 TB Maximum Field Size .......................... 1 GB Maximum Rows per Table ................ Unlimited Maximum Columns per Table ........... 250 - 1600 depending on column types Maximum Indexes per Table ............ Unlimited 5 Source: www.postgresql.org 39 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Taking in consideration the aspects described above and the needs of the GIS database for SHP the Consultant chose the PostgreSQL relational database for this project. 3.2.4 HARDWARE Both QGIS and PostgreSQL don’t have a formal system requirement per se. However we recommend, for proper use and installation of the software, the following installation requirements:  Processor: Intel I3 2 cores @2GHz (or superior)  RAM: 4 GB (or superior)  Hard Disk: 320 GB or superior (2GB minimum of free space)  Operation System: Windows 7 or Windows 8  Access to PLN server 3.2.5 HOSTING, OPERATION AND MAINTENANCE OF THE GIS DATABASE The Consultant was expected to develop a proposal to PLN on hosting and operation of the SHP GIS database6. However, the data clearance issues raised by PLN during the project execution implied a revision of the work plan, with the anticipation of the training sessions expected to be develop by the end of the project to an interim period (October 2015), in order to build capacity to PLN staff to be able to operate and maintain the database themselves. It also implied the database to be hosted on PLN’s server. Therefore, considering the strengthening of PLN Staff capacity made and decision on hosting, operation and maintenance of the database in PLN, the early requirement for a proposal was considered void. 3.3 BACKGROUND DATA 3.3.1 HYDROLOGICAL DATA As mentioned in section 2.3.2, the possible data to be added to the database was only the location of rainfall and runoff gauges, with just a few more information. The Rainfall Atlas for Indonesia and World 6 In accordance with the Small Hydropower Mapping and Improved Geospatial Electrification Planning in Indonesia Technical Assistance Terms of Reference 40 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Clim data were considered of secondary importance for the planning stage, since their inclusion would slow the computation process without significant improvements on the overall output. Rainfall gauges GIS table on the plug-in is named “Rainfall Gauges” and the column names with its corresponding meaning are presented in Table 3.3. The Hydro Inventory Study database had also information regarding the stations registered in BMGK. Additionally, the Consultant added the administrative division until province level to ease the analyses. Table 3.3 – Column description of the Hydrological data – Rainfall Gauges. Column name Description id Database identification number geom Point geometry (WGS84) station_name Rainfall gauge station name station_id Rainfall gauge station identification number latitude Rainfall gauge station latitude (WGS84 - Decimal degrees) longitude Rainfall gauge station longitude (WGS84 - Decimal degrees) bmkg_station Rainfall gauge station name from BMKG region_bmkg Rainfall gauge station region from BMKG id_0 Island identification number name_0 Island name id_1 Province identification number name_1 Province name Runoff gauges GIS table on the Plug-in is named “Runoff Gauges” and beside the administrative divisions until province level it was also added the rivers and river basins based on the Hydro Inventory Study database, Table 3.4. 41 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.4 – Column description of the Hydrological data – Runoff gauges. Column name Description id Database identification number geom Point geometry (WGS84) station_name Runoff gauge station name station_id Runoff gauge station identification number id_0 Island identification number name_0 Island name riverbasin River basin name river River name longitude Runoff gauge station longitude (WGS84 - Decimal degrees) latitude Runoff gauge station latitude (WGS84 - Decimal degrees) id_1 Province identification number name_1 Province name 3.3.2 ADMINISTRATIVE DIVISIONS In terms of administrative divisions Islands, Provinces, Regencies, Districts, Villages and PLN regional divisions (Wilayahs) were added to the database, although Districts and Villages were only digitize for the study area of Sulawesi, NTT, Maluku and Maluku Utara given the scope of work. Tables’ column name and corresponding description is presented in Table 3.5 to Table 3.10. 42 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.5 – Column description of the Administrative divisions – Islands. Column name Description id Database identification number geom Polygon geometry (WGS84) id_0 Island identification number name_0 Island name type_0 Level 0 type of administrative division (Bahasa) engtype_0 Level 0 type of administrative division (English) Table 3.6 – Column description of the Administrative divisions – Provinces. Column name Description id Database identification number geom Polygon geometry (WGS84) id_1 Province identification number name_1 Province name type_1 Level 1 type of administrative division (Bahasa) engtype_1 Level 1 type of administrative division (English) id_0 Island identification number name_0 Island name Table 3.7 – Column description of the Administrative divisions – Regencies. Column name Description id Database identification number geom Polygon geometry (WGS84) id_2 Regency identification number name_2 Regency name type_2 Level 2 type of administrative division (Bahasa) engtype_2 Level 2 type of administrative division (English) id_1 Province identification number name_1 Province name id_0 Island identification number name_0 Island name 43 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.8 – Column description of the Administrative divisions – Districts. Column name Description id Database identification number geom Polygon geometry (WGS84) idsp2010 District identification number Sensus Penduduk 2010 id_3 District identification number name_3 District name type_3 Level 3 type of administrative division (Bahasa) engtype_3 Level 3 type of administrative division (English) id_2 Regency identification number name_2 Regency name id_1 Province identification number name_1 Province name id_0 Island identification number name_0 Island name Table 3.9 – Column description of the Administrative divisions – Villages. Column name Description id Database identification number geom point geometry (WGS84) idsp2010 Village identification number Sensus Penduduk 2010 id_4 Village identification number name_4 Village name type_4 Level 4 type of administrative division (Bahasa) engtype_4 Level 4 type of administrative division (English) id_3 District identification number name_3 District name id_2 Regency identification number name_2 Regency name id_1 Province identification number name_1 Province name id_0 Island identification number name_0 Island name 44 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.10 – Column description of the Administrative divisions – PLN Wilayahs. Column name Description id Database identification number geom Polygon geometry (WGS84) id_wilayah Wilayah identification number short Wilayah name abbreviated wilayah Wilayah name id_0 Island identification number name_0 Island name 3.3.3 ELECTRICITY SECTOR DATA For the electricity sector the generation projects, Table 3.11 , transmissions lines, Table 3.12, and substations, Table 3.13, were added to the database. This data is in accordance with the RUPTL 2016- 2025. Table 3.11 – Column description of the Electricity Sector – Generation projects. Column name Description id Database identification number geom point geometry (WGS84) type Generation project type status Generation project status name Generation project name cod Commercial Operation Date cap_mw Installed Capacity (MW) id_0 Island identification number name_0 Island name 45 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.12 – Column description of the Electricity Sector – Transmission Lines. Column name Description id Database identification number geom Line geometry (WGS84) voltage_kv Transmission line voltage (kV) nr_lines Number of Transmission lines status Transmission line status id_0 Island identification number name_0 Island name Table 3.13 – Column description of the Electricity Sector – Substations. Column name Description id Database identification number geom point geometry (WGS84) substation Substation name status Substation status voltage_kv Substation voltage (kV) id_0 Island identification number name_0 Island name 3.3.4 RIVER NETWORK For the river network the rivers, Table 3.14, river basins, Table 3.15, and the main water bodies, Table 3.16, were added. The source of this river network is thoroughly approached in section 2.3.6. Table 3.14 – Column description of the River Network – Rivers. Column name Description id Database identification number geom Line geometry (WGS84) name River name id_0 Island identification number name_0 Island name 46 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.15 – Column description of the River Network – River Basins. Column name Description id Database identification number geom Polygon geometry (WGS84) riverbasin River basin name id_0 Island identification number name_0 Island name id Database identification number geom Polygon geometry (WGS84) Table 3.16 – Column description of the River Network – Water bodies. Column name Description id Database identification number geom Polygon geometry (WGS84) name Water body name id_0 Island identification number name_0 Island name id Database identification number geom Polygon geometry (WGS84) 3.3.5 FOREST AREAS The forest areas categorization presented in section 2.3.8 was also added to the database, with the corresponding column description in Table 3.17. Table 3.17 – Column description of the Forest Areas. Column name Description id Database identification number geom Polygon geometry (WGS84) forest_use Category of Forest use forest_use_short Category of Forest use abbreviation notes Additional notes 47 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 3.3.6 GEOLOGY DATA The geology formations and faults were added to the database under the “ Geologic map”, Table 3.18 and Table 3.19. Table 3.18 – Column description of the Geology data – Formations. Column name Description id Database identification number geom Polygon geometry (WGS84) formation geological formation abbreviated description geological formation description id_0 Island identification number name_0 Island name Table 3.19 – Column description of the Geology data – Faults. Column name Description id Database identification number geom Line geometry (WGS84) structure Fault structure id_0 Island identification number name_0 Island name id Database identification number 3.3.7 TOPOGRAPHIC MAPS Topographic maps in the database are the georeferenced cartograms collected: bakosurtanal (1:250 000, 1:100 000, 1:50 000), jantop 1.250 000 and 1:50 000 (gading, hind 1090, Mandau). All of them have the same structure as presented in Table 3.20. Table 3.20 – Column description of the Topographic maps. Column name Description gid Database identification number topo Topographic map description geom Polygon geometry (WGS84) 3.3.8 ROADS The roads network was added with the structure presented in Table 3.21. 48 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Table 3.21 – Column description of the Roads network. Column name Description id Database identification number geom Line geometry (WGS84) id_0 Island identification number name_0 Island name 3.4 SHP DATA 3.4.1 COMPREHENSIVE LIST The comprehensive list corresponds to the SHP data after the first screening process as reported in section 2.4.6. This data was added to ease PLN’s staff to quickly assess if any project : i. has already been identified; ii. in which stage it is; iii. who is developing that project. To serve as repository of the initial data and avoid misinterpretations this list was left as unprocessed as possible, with minimal data handling from the Consultant. The column description is presented in Table 3.22. Table 3.22 – Column description of the SHP – Comprehensive compilation. Column name Description id Database identification number geom Point geometry (WGS84) proj_id Project identification number permission PLN's access permission proj_name Project name inst_cap_mw Installed capacity (MW) dam_long Dam longitude (WGS84 - Decimal degrees) dam_lat Dam latitude (WGS84 - Decimal degrees) pw_long Powerhouse longitude (WGS84 - Decimal degrees) pw_lat Powerhouse latitude (WGS84 - Decimal degrees) source Project provenience status Project status 49 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description commission_year Project commission year study_level Project study level (if still under study) submission_year Project submission year developer Project developer ipp_pln Developer (IPP or PLN) dev_type SHP development type dam_type Dam type size SHP size river Name of project river river_basin Name of project river basin 2 catchment_area_km2 Catchment Area (km ) 2 reservoir_area_km2 Reservoir Area (km ) annual_rainfall_mm Average annual rainfall (mm) 3 runoff_m3s Runoff (m /s) 2 sediment_yield_kt_km2_yr Sediment yield (kt/km /yr) evaporation_rate_mm_day Evaporation rate (mm/day) full_supply_level Full supply level 3 gross_storage_vol_dam3 Gross storage volume (dam ) min_op_level Minimum operating level 3 act_storage_vol_dam3 Active storage volume (dam ) av_op_level Average operation level 3 dead_storage_vol_dam3 Dead storage volume (dam ) drawdown_depth_m Drawdown depth (m) 3 sed_vol_dam3 Sedimentation volume (dam ) crest_elev Crest elevation crest_length_m Crest length (m) dam_height_m Dam height (m) 3 dam_vol_dam3 dam volume (dam ) n_headrace_tunnel Number of headrace tunnels n_penstocks Number of penstocks headrace_type type of headrace headrace_length_m Headrace length (m) penstock_length_m Penstock length (m) 50 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description headrace_diam_m Headrace diameter (m) penstock_diam_m Penstock diameter (m) headrace_std_section Headrace standard section channel_length_m Channel length (m) 2 channel_section_area_m2 Channel section area (m ) tunnel_length_m Tunnel length (m) 2 tunnel_section_area_m2 Tunnel section area (m ) pw_type Type of powerhouse 3 max_discharge_m3s Maximum discharge (m /s) av_head_m Average head (m) eff_head_m Effective head (m) gross_head_m Gross head (m) 3 design_flow_m3s Design flow (m /s) 3 firm_flow_m3s Firm flow (m /s) 3 firm_discharge_m3s Firm discharge (m /s) tailwater_level Tailwater level annual_energy_gwh Annual energy generation (GWh) firm_power_mw Firm power (MW) firm_energy_gwh Firm energy generation (GWh) min_power_mw Minimum power (MW) annual_secondary_energy_gwh Annual secondary energy generation (GWh) turbine Type of turbine max_turbine_out_mw Maximum turbine output (MW) n_turbines Number of turbines turbine_rated_speed_rpm Turbine rated speed (rpm) generator_type Type of generator generator_rated_out_mva Generator rated output (MVA) n_generators Number of generators generator_rated_freq_hz Generator rated frequency (hz) transformer_type Type of transformer transformer_rated_out_mva Transformer rated output (MVA) transformer_rated_vol_kv Transformer rated voltage (kV) n_transformers Number of transformers 51 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description trans_line_length_km Transmission line length (km) voltage_kv Voltage (km) n_trans_line Number of transmission lines substation Substation to connect access_road_length_km Access road length (km) access_road_from Access road is form power_dev_cost_musd Power development cost (MUSD) trans_line_cost_musd Transmission line cost (MUSD) access_road_cost_musd Access road cost (MUSD) total_cost_musd Total Cost (MUSD) capex_musd_mw Capital expenditure (MUSD/MW) lcoe_usd_kwh Levelized cost of energy (USD/kWh) construction_cost_idr Construction Cost (IDR) mechanical_electrical_equipment_cost_idr Mechanical/electrical equipment cost (IDR) trans_line_cost_idr Transmission Line cost (IDR) access_road_cost_idr Access road cost (IDR) land_resettlement_cost_idr Land resettlement cost (IDR) other_costs_idr Other costs (IDR) total_cost_idr Total Cost (IDR) capex_idr_kw Capital expenditure (IDR/kW) lcoe_idr_kwh Levelized cost of energy (IDR/kWh) EIRR Economic internal rate of return (%) FIRR Financial internal rate of return (%) land_user_reservoir_area Land use inside reservoir area resettlement_area_required Required resettlement area resettlement_required Resettlement required access_road_submerged Access roads submerged max_water_level Maximum water level gate_height_m Gate height (m) gate_width_m gate width (m n_gates Number of gates dam_geological_classification Dam geological classification headrace_geological_classification Headrace geological classification 52 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description surge_tank_geological_classification Surge tank geological classification penstock_geological_classification Penstock geological classification tailrace_geological_classification Tailrace geological classification spillway_type Type of spillway n_spillway_gates Number of spillway gates spillway_gate_type Type of spillway gates spillway_height_m Spillway height (m) spillway_width_m Spillway width (m) 3 spillway_design_flood_m3s Spillway design flood (m /s) spillway_overflow_depth_m Spillway overflow depth (m) spillway_overflow_width_m Spillway overflow width (m) chuteway_length_m Chuteway length (m) chuteway_width_m Chuteway width (m) river_diversion_type Type of river diversion 3 river_diversion_design_flood_m3s River diversion design flood (m /s) n_river_diversion_tunnels Number of river diversion tunnels river_diversion_tunnel_diameter_m River diversion tunnel diameter (m) river_diversion_upstream_cofferdam_height_ River diversion upstream cofferdam height (m) m river_diversion_downstream_cofferdam_heig River diversion downstream cofferdam height (m) ht_m tailrace_type Type of tailrace tailrace_length_m Tailrace length (m) tailrace_width_m Tailrace width (m) tailrace_std_section Tailrace standard section tailrace_diam_m tailrace diameter (m) n_tailrace Number of tailraces penstock_type Type of penstock penstock_steel_liner_length_m Penstock steel liner length (m) surge_tank_type Type of Surge tank n_surge_tanks Number of surge tanks surge_tank_diam_m Surge tank diameter (m) surge_tank_height_m Surge tank height (m) surge_tank_length_m Surge tank length (m) surge_tank_width_m Surge tank width (m) 53 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description remarks Remarks island Island in which the project is located province Province in which the project is located regency Regency in which the project is located PLN regional division (Wilayah) in which the project is pln_wilayah located Abbreviation of the PLN regional division (Wilayah) in which pln_wilayah_short the project is located 3.4.2 LIST OF MOST PROMISING SITES The list of most promising sites is the result of the screening and ranking process realized by the Consultant under the current contract on the focus area of Sulawesi, NTT, Maluku and Maluku Utara, and is reported on the accompanying Small Hydropower Potential in NTT, Maluku, Maluku Utara and Sulawesi Report. Considering the importance to SHP planning it was decided to include it on the database, with column description presented in Table 3.23. Table 3.23 – Column description of the SHP – List of most promising sites. Column name Description id Database identification number geom Point geometry (WGS84) rank Project rank after Consultant's assessment permission PLN's access permission project_id Project identification number project_name Project name long Powerhouse longitude (WGS84 - Decimal degrees) lat Powerhouse latitude (WGS84 - Decimal degrees) island Island in which the project is located province Province in which the project is located district Regency in which the project is located PLN regional division (Wilayah) in which the project is pln_wilayah located Abbreviation of the PLN regional division (Wilayah) in which pln_wilayah_short the project is located river Name of project river 2 area Catchment Area (km ) 54 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description 3 modular Modular flow (m /s) hydr Hydraulic Circuit Length (km) trans Transmission Line Length (km) mw_o Optimal design - Installed capacity (MW) 3 flow_o Optimal design - Design flow (m /s) head_o Optimal design - Net head (m) annual_o Optimal design - Annual energy production (GWh) musd_o Optimal design - Capital investment (MUSD) capex_o Optimal design - Capital expenditure (MUSD/MW) lcoe_o Optimal design - Levelized cost of energy (USD/MWh) irr_o Optimal design - Internal rate of return (%) mw_90 90% discharge dependability - Installed capacity (MW) 90% discharge dependability - Annual energy production annual_90 (GWh) musd_90 90% discharge dependability - Capital investment (MUSD) 90% discharge dependability - Capital expenditure capex_90 (MUSD/MW) 90% discharge dependability - Levelized cost of energy lcoe_90 (USD/MWh) irr_90 90% discharge dependability - Internal rate of return (%) 3.4.3 PLN SHP PLANNING It was decided to add the PLN SHP planning list to the database to contribute to PLN’s planning purposes. This list is for PLN’s staff to keep up-to-date and has all current and under development SHP projects, easing project’s features and status sharing within PLN. That way if there is any development on a project it could immediately be shared to everyone with database access. The fields chosen for this list are presented in Table 3.24, but since the database is completely adaptable it could be changed for PLN’s best convenience. Table 3.24 – Column description of the SHP – PLN SHP Planning. Column name Description id Database identification number geom Point geometry (WGS84) permission PLN's access permission proj_name Project name 55 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Column name Description inst_cap_mw Installed capacity (MW) long Powerhouse longitude (WGS84 - Decimal degrees) lat Powerhouse latitude (WGS84 - Decimal degrees) island Island in which the project is located province Province in which the project is located regency Regency in which the project is located PLN regional division (Wilayah) in which the project is pln_wilayah located Abbreviation of the PLN regional division (Wilayah) in which pln_wilayah_short the project is located status Project status commission_year Project commission year developer Project developer ipp_pln Developer (IPP or PLN) system Electrical System to be incorporated river Name of project river river_basin Name of project river basin 2 catchment_area_km2 Catchment area (km ) annual_rainfall Average annual rainfall (mm) 3 runoff_m3s Runoff (m /s) dam_height_m Dam height (m) full_supply_level Full supply level tailwater_level Tailwater level gross_head_m Gross head (m) 3 design_flow_m3s Design flow (m /s) annual_energy_gwh Annual energy generation (GWh) firm_power_mw Firm power (MW) total_cost_idr Total Cost (IDR) capex_idr_kw Capital expenditure (IDR/kW) lcoe_idr_kwh Levelized cost of energy (IDR/kWh) 3.5 DATABASE DESIGN In terms of database design the tables are divided into 2 schemes, “projects” and “public_shapes”. This division exists only to simplify the database management with the division of SHP data into the 56 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT “projects” scheme and the background data into the “public_shapes”. Also, since the SHP data has sensitive information, it’s easier to control users’ access. Ultimately it will depend on the database administrator to control users’ access and the tables to be in the database, but for this design phase it was added 3 tables to the “projects” scheme and 25 tables on the “public_shapes”. The name of the tables in the database is different from the name in the plug-in in order to simplify the operations and to comply with some database design rules. The corresponding names and at what scheme they belong are presented in Table 3.25. Table 3.25 – Database and plug-in tables’ correspondence. Database Plug-in Scheme Table name Table name public_shapes gen_forest_areas Forest areas public_shapes admin_00_islands Islands public_shapes admin_01_provinces Provinces public_shapes admin_02_regencies Regencies and Cities public_shapes admin_03_ntt_mmu_sula_districts NTT MMU sula Districts public_shapes admin_04_ntt_mmu_villages NTT MMU Villages public_shapes admin_pln_wilayahs PLN Wilayah public_shapes topo_bakosurtanal_100k Topographic map grid - Bakosurtanal 100k public_shapes topo_bakosurtanal_250k Topographic map grid - Bakosurtanal 250k public_shapes topo_bakosurtanal_50k Topographic map grid - Bakosurtanal 50k public_shapes topo_jantop_250k Topographic map grid - Jantop 250k public_shapes topo_jantop_gading_50k Topographic map grid - Jantop Gading 50k public_shapes topo_jantop_hind1090_50k Topographic map grid - Jantop Hind 50k public_shapes topo_jantop_mandau_50k Topographic map grid - Jantop Mandau 50k public_shapes elect_generation Powerstations public_shapes elect_grid Transmission Lines public_shapes elect_substations Substations public_shapes gen_roads Roads public_shapes geo_fault Geologic Faults public_shapes geo_map Geologic Map public_shapes hydro_rainfallgauges Rainfall Gauge public_shapes hydro_riverbasins River Basin public_shapes hydro_rivers Rivers (River Network) public_shapes hydro_runoffgauges Runoff Gauge 57 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Database Plug-in Scheme Table name Table name public_shapes hydro_water_bodies Water Bodies (River Network) projects comprehensive_compilation comprehensive_compilation projects pln_shp_planning pln_shp_planning projects list_most_promissing_sites list_most_promissing_sites 3.6 CAPACITY BUILDING As previously mentioned, in October 2015 a week of training was carried out in order to capacitate PLN staff to operate and maintain the database internally. This implied capacity building in GIS and Object- Relational Database Management Systems (ORDBMS). The training presentation and material is presented in Annex III. Complementary capacity building was given at the time of the Final Workshop. This capacity building focused on the new features of the database, and on reviewing data management operations. This training’s presentation is also presented in Annex III. 58 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 4 MAPS AND INFORMATION ON SHP 4.1 PROJECT INFORMATION As mentioned in section 2.4.6 the data collection and initial screening yielded 2000 SHP projects. Those 2000 projects will be analyzed in more detail in this chapter focusing on the main conclusions that should be taken based on statistics analysis. The comprehensive list of compiled data is presented in Annex I. Firstly, it should be stressed that 33 of those projects are located in East-Timor, former Indonesian territory that has gained independence as sovereign nation since the initial Hydropower Master Plan of 1997. Those projects were gathered from PLN’s archives and for that reason were kept on t he database, but will be excluded of any further analysis. Also, 4 projects don’t have information regarding the installed capacity, which is essential for any basic analysis. On the other hand, from the remaining 1963 projects, 176 were not possible to locate geographically (just stating the province where they are located). Although all 1963 projects were analyzed, these 176 projects were not included on the maps of findings of the next subchapter for not having the necessary coordinates. The compiled data corresponds to a total of 88 GW from 1963 hydropower projects. Table 4.1 and Figure 4.1 present the distribution of the hydropower projects per island and wilayah. GW 100 90 1 1 9 0 0 1 1 1 1 88 6 80 4 14 0 10 70 11 17 60 1 6 50 23 23 40 30 5 23 20 5 1 8 0 3 10 1 - SUMATERA MALUKU TENGAGARA PAPUA KALIMANTAN SULAWESI JAWA WILACEH WILBABEL WRKR SUMATERA WILNTB WILNTT WILSUMBAR WILMMU GRAND TOTAL WILSUMUT DISJABAR WILPPB WILKALTIMRA KALIMANTAN DISBALI MALUKU WS2JB DISBANTEN DISJATIM DISLAMPUNG WILKALBAR WILKALSELTENG WILSULSELRABAR TENGGARA DISJATENG WILSULUTTENGGO NUSA NUSA 59 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.1 – Distribution of hydropower projects per Island and Wilayah. Table 4.1 – Distribution of the hydropower projects per Island and Wilayah. WILAYAH NUMBER OF PROJECTS TOTAL CAPACITY (MW) Jawa 329 8 608 DISBANTEN 23 262 DISJABAR 133 6 259 DISJATENG 107 1 406 DISJATIM 66 681 Kalimantan 191 17 194 WILKALBAR 94 5 836 WILKALSELTENG 28 540 WILKALTIMRA 69 10 817 Maluku 65 835 WILMMU 65 835 Nusa Tenggara 152 988 DISBALI 22 111 WILNTB 36 156 WILNTT 94 720 Papua 241 23 315 WILPPB 241 23 315 Sulawesi 328 13 794 WILSULSELRABAR 177 9 788 WILSULUTTENGGO 151 4 005 Sumatera 657 23 426 DISLAMPUNG 33 776 WILACEH 179 7 894 WILBABEL 2 1 WILSUMBAR 120 3 221 WILSUMUT 180 5 373 WRKR 12 980 WS2JB 131 5 181 Grand Total 1 963 88 160 It can be seen that this database includes not only SHP but also Large Hydro Projects (LHP), since in average the projects on the database have more than 40 MW. This wasn’t considered problematic since even a hydropower project that was initially thought as LHP may be downsized to SHP. However, caution is advised, since it may not be feasible to install power capacity far from the optimal design (since the energy costs might be too high). Even so, less than 1000 projects on the database are SHP with a total capacity of 4 GW, while LHP reaches 84 GW, Figure 4.2. 60 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT GW 100 SHP - Acumulated Capacity (GW) 90 LHP - Acumulated Capacity (GW) 80 SHP - Number of projects 70 60 LHP - Number of projects 937 50 40 257 30 400 96 50 188 241 20 2 84 43 43 40 91 97 140 1 026 53 70 88 128 19 0 2 35 198 198 15 16 9 151 86 15 90 84 52 20 31 77 40 40 10 126 54 14 96 79 12 60 8 43 23 14 17 24 25 25 10 2 5 - WRKR PAPUA WILNTT WILNTB WILMMU WILACEH WILBABEL WILSUMBAR DISJABAR WILSUMUT SUMATERA WILPPB WILKALTIMRA KALIMANTAN DISBALI GRAND TOTAL MALUKU WS2JB DISJATIM WILKALBAR WILKALSELTENG JAWA TENGGARA DISLAMPUNG KALIMANTAN WILSULSELRABAR DISBANTEN WILSULUTTENGGO DISJATENG SUMATERA SULAWESI PAPUA MALUKU NUSATENGGARA NUSA Figure 4.2 – Distribution of Large (LHP) and Small (SHP) hydro per Island and Wilayah. Proceeding with the SHP analysis, it should be stressed that more than half of SHP are located on Sumatera or Jawa Islands with almost 500 projects and a total capacity of more than 2 GW. In terms of average capacity, Sumatera and Kalimantan have the highest capacity per SHP with more than 5 MW. Given the type of feed-in-tariff (FiT) implemented by the Government it was expected the collection of more projects near the 10 MW limit, but since that’s not the case, it is possible that the majority of the gathered SHP are designed considering the optimal solution in terms of Cost/Production. Sumatera Island does not only presents the highest number of projects and average capacity per SHP, as also naturally presents the highest total capacity with more than 1,3 GW. This analysis can be seen in Figure 4.3 and Table 4.2. 61 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT GW 5 4 0.2 0.2 4.0 0.3 0.4 0.1 0.2 0.9 0.1 0.2 3 0.4 0.1 0.4 0.8 0.4 2 0.1 0.0 0.2 0.2 0.2 0.1 0.2 1.3 0.6 0.0 1 0.3 0.0 0.2 0.1 - WRKR WILACEH WILSUMUT WILNTT SUMATERA KALIMANTAN WILNTB WILMMU TOTAL WILBABEL WILSUMBAR PAPUA WILKALTIMRA DISJABAR WILPPB KALIMANTAN SULAWESI JAWA DISBALI WILKALSELTENG MALUKU WS2JB WILSULSELRABAR DISBANTEN DISJATIM WILKALBAR TENGGARA DISLAMPUNG DISJATENG WILSULUTTENGGO MALUKU TENGAGARA JAWA SULAWESI GRAND TOTAL GRAND NUSA NUSA Figure 4.3 – Distribution of SHP per Island and Wilayah. Table 4.2 – Distribution of SHP per Island and Wilayah. WILAYAH NUMBER OF PROJECTS TOTAL CAPACITY (MW) Jawa 241 890 DISBANTEN 15 78 DISJABAR 90 363 DISJATENG 84 233 DISJATIM 52 216 Kalimantan 40 199 WILKALBAR 15 59 WILKALSELTENG 16 92 WILKALTIMRA 9 48 Maluku 40 198 WILMMU 40 198 Nusa Tenggara 128 387 DISBALI 20 69 WILNTB 31 58 WILNTT 77 260 Papua 43 168 WILPPB 43 168 Sulawesi 188 803 WILSULSELRABAR 91 409 62 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT WILAYAH NUMBER OF PROJECTS TOTAL CAPACITY (MW) WILSULUTTENGGO 97 394 Sumatera 257 1 314 DISLAMPUNG 19 60 WILACEH 53 269 WILBABEL 2 1 WILSUMBAR 50 240 WILSUMUT 96 557 WRKR 2 18 WS2JB 35 169 Grand Total 937 3 959 Still on SHP, there are a large number of entries without any information regarding the status of the project and even if they had it, they could just be outdated. For instance 85% of the projects don’t have such data, corresponding a more than 3 GW, Table 4.3. Project’s developer information suffers from a similar situation as more than 40% of SHP don´t have indication of even the developer’s type (IPP or PLN), Table 4.4. Even so, from the identified 386 SHP under IPP responsibility it was possible to collect in 250 of them the name of the company in charge. The list of the IPP’s SHP projects by Island is presented in Annex IV, with indication of the project’s capacity and status. Table 4.3 – Indonesian SHP status. STATUS NUMBER OF PROJECTS TOTAL CAPACITY (MW) Completed 83 285 PPA 6 37 Under Construction 51 271 Unknown 797 3 366 Grand Total 937 3 959 Table 4.4 – Indonesian SHP developer’s categories. DEVELOPER NUMBER OF PROJECTS TOTAL CAPACITY (MW) IPP 386 1 675 PLN 157 249 Unknown 394 2 035 Grand Total 937 3 959 While it is comprehensive for the type of developer to be unknown at a study level, since it may be unspecified at that stage, the unknown status of a project should naturally correspond to some study 63 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT level, although this is not certain - specially since some sources were databases that may not be up-to- date. Finally, bearing in mind PLN’s past SHP strategy it was expected for the vast majority of SHP in the database to be developed by IPPs. This strategy is now changing considering the high power demand of some Indonesian regions where the generation cost is still very high. For that reason, PLN wants to boost renewable generation projects implementation by developing SHP themselves. As stated, this is PLN’s recent approach and this database is based on past studies and may not represent this scenario. Figure 4.4 presents the total capacity per Island and identified developer, where it is easily seen that IPP still are the main actors on the SHP market, but there is still a lot of identified potential with undefined developer. Figure 4.4 – Total capacity (MW) per Island and identified developer. 64 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 4.2 MAPS OF FINDINGS In this section it is presented in map form all identified projects with coordinates and capacity and that are located under Indonesia’s territory of the comprehensive list described in section 2.4.6. Also, as mentioned on the previous section there were 33 projects located in East-Timor, former Indonesia’s territory, 176 projects without coordinates and 4 without capacity information. For that reason, of the 2000 entries of the comprehensive compilation list only 1963 projects respect all those necessary assumptions. For an easy reading the maps have symbol size variation per project capacity categories and were prepared per each Wilayah, Figure 4.5 to Figure 4.24. Figure 4.5 – Identified SHP – Wilayah Aceh. 65 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.6 – Identified SHP – Wilayah Sumatera Utara. 66 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.7 – Identified SHP – Wilayah Riau dan Kepulauan Riau. 67 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.8 – Identified SHP – Wilayah Sumatera Barat. 68 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.9 – Identified SHP – Wilayah Sumatera Selatan, Jambi dan Bengkulu. 69 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.10 – Identified SHP – Distribusi Lampung. 70 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.11 – Identified SHP – Distribusi Banten. 71 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.12 – Identified SHP – Distribusi Jawa Barat. 72 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.13 – Identified SHP – Distribusi Jawa Tengah dan DI Yogiakarta. 73 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.14 – Identified SHP – Distribusi Jawa Timur. 74 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.15 – Identified SHP – Distribusi Bali. 75 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.16 – Identified SHP – Wilayah Nusa Tenggara Barat. 76 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.17 – Identified SHP – Wilayah Nusa Tenggara Timur. 77 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.18 – Identified SHP – Wilayah Kalimantan Barat. 78 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.19 – Identified SHP – Wilayah Kalimantan Selatan dan Kalimantan Tengah. 79 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.20 – Identified SHP – Wilayah Kalimantan Timur dan Kalimantan Utara. 80 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.21 – Identified SHP – Wilayah Sulawesi Selatan, Sulawesi Tenggara dan Sulawesi Barat. 81 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.22 – Identified SHP – Wilayah Sulawesi Utara, Sulawesi Tengah dan Gorontalo. 82 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.23 – Identified SHP – Wilayah Maluku dan Maluku Utara. 83 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT Figure 4.24 – Identified SHP – Wilayah Papua dan Papua Barat. 84 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT 5 CONCLUSIONS The purpose of this Small Hydro Mapping Report was to describe the Project approach and methodology in detail, and to describe the Consultant ’s activities in this Project. Throughout the report it was possible to present all data collected, the GIS Database and Maps and Information on SHP. On the data collected chapter, all data collected throughout the entire duration of the project was organized into data requested, background and SHP data sections. In this chapter it should be highlighted the wide-ranging type of background information covering administrative divisions to hydrological data and the massive data compilation for the SHP database with almost 2700 projects gathered, resulting on a final list with 2000 entries after project screening and merging. This was one of the most important activities of the project since it will be the base for SHP planning within PLN. In terms of the GIS Database, every data stored was described in detail, but also it was clarified the options taken by the Consultant regarding software and hardware selection, database design and especially the hosting, operation and maintenance of the GIS Database where it was necessary the development of a plug-in for database O&M and specific capacity building. The GIS Database User’s Manual and the GIS and ORDBMS Training Presentation and Materials are presented in Annex II and III, respectively. SHP analysis and maps of finding are presented on the final part of the report, outlining nationwide statistics on Indonesia SHP. This analysis was limit to the quality and quantity of the data gathered. The data collected stores a total of 88 GW of hydropower projects, with more than 4 GW of SHP. Although the SHP represent only half of the projects, this is not an issue for the SHP planning since even hydropower project that were firstly designed as LHP may be downsized to SHP. Although, it should be assessed with caution, considering that it’s not feasible to install power capacity far from the optimal design since the energy cost would be too high. Finally, this report successfully covers the proposed objectives of Building up a central database on small hydropower at national scale, with the expected results: National Small Hydro Resource Database with statistics and relevant GIS data; Small Hydro Mapping Report outlining national information on small hydropower in Indonesia, including maps of existing, planned and potential schemes; Training on Small Hydro GIS database and Small Hydro Potential Evaluation. 85 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT REFERENCES [1] JICA, “Hydro Inventory Study,” 1997. [2] V. T. Chow, D. R. Maidment e W. L. Mays, Applied Hydrology, Singapore: McGraw-Hill, 1988. [3] W. M. O. WMO. [Online]. Available: http://www.wmo.int/. [Acedido em 09 06 2014]. [4] Badan Koordinasi Survei Dan Pemetaan Nasional & Badan Meteorologi Dan Geofisika, Atlas Curah Hujan / Atlas of Rainfall, Bogor, Jawa-Barat: Bakosurtanal, 2004. [5] WorldClim, “WorldClim - Global Climate Data,” [Online]. Available: http://www.worldclim.org/. [Acedido em 09 06 2014]. [6] GADM, “Global Adminstrative Areas,” [Online]. Available: http://www.gadm.org/. [Acedido em 09 06 2014]. [7] Badan Pusat Statistik, “Sensus Penduduk 2010,” [Online]. Available: http://sp2010.bps.go.id/. [Acedido em 07 2016]. [8] PLN, “Rencana Umum Pertagananana Listrika (RUPTL) 2016-2025,” Jakarta, 2016. [9] USGS, “Shuttle Radar Topography Mission (SRTM),” [Online]. Available: http://srtm.usgs.gov/. [Acedido em 09 06 2014]. [10] Info-goespasial, [Online]. Available: http://www.info-geospasial.com/. [Acedido em 07 2016]. [11] MoFo, “WebGIS Forest,” [Online]. Available: http://webgis.dephut.go.id. [Acedido em 09 06 2014]. [12] E. S. A. ESA, “GlobCover,” [Online]. Available: http://due.esrin.esa.int/globcover/. [Acedido em 09 06 2014]. [13] B. I. G. BIG, “Indonesian Geospatial Information Agency,” [Online]. Available: http://www.bakosurtanal.go.id/. [Acedido em 09 06 2014]. [14] N. G. I. Agency, “VMAPO,” [Online]. Available: http://gis-lab.info/qa/vmap0-eng.html. [Acedido em 09 06 2014]. 86 ID.2016.R.006.1 SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT [15] JICA, “Project for the Master Plan Study of Hydropower Development in Indonesia,” Jakarta, 2011. [16] PLN, "Rencana Umum Pertagananana Listrika (RUPTL) 2013-2022," Jakarta, 2013. [17] IHC, “IHC knowledgebase,” [Online]. Available: http://www.indonesia-hydro.com/knowledge_base. [Acedido em 09 06 2014]. [18] N. G. I. Agency, “GEOnet Names Server (GNS),” [Online]. Available: http://earth - info.nga.mil/gns/html/. [Acedido em 09 06 2014]. [19] D. E. N. DEN, “Kebijakan Energi Nasional (KEN) 2014-2050,” Jakarta, 2014. [20] W. D. o. P. A. WDPA, “Protected Planet,” [Online]. Available: http://www.protectedplanet.net/. [Acedido em 09 06 2014]. [21] J. R. Bauer, “Assessing the Robustness of Web Feature Services Necessary to Satisfy the Requirements of Coastal Management Applications,” Geography Program, The College of Earth, Ocean, and Atmospheric Sciences, Oregon State University, 2012. [22] MEMR, “Rencana Umum Ketenagalistrikan Nasiona 2012-2031l (RUKN),” Jakarta, 2012. [23] MEMR, “Pengelolaan Energi Nasional (PEN) 2006-2025,” Jakarta, 2006. 87 ID.2016.R.006.1 ANNEX I – UNPROCESSED SHP DATA UNPROCESSED SHP DATA ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_0052 A. Putih Aceh 4.176892 97.556688 10.80 Hydro Inventory Study_1997 JicaPR_0001 Aceh-1 Aceh 5.151544 95.732798 5.20 Hydro Inventory Study_1997 hp_0469 Aceh-1 Aceh 5.15000 95.71667 5.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0391 Agam Aceh 4.142238 96.707376 18.00 Hydro Inventory Study_1997 JicaPR_0314 Agusen-1 Aceh 3.891913 97.187713 6.50 Hydro Inventory Study_1997 hp_0474 Agusen-1 Aceh 3.88333 97.18333 6.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0315 Agusen-2 Aceh 3.882009 97.228622 6.40 Hydro Inventory Study_1997 hp_0475 Agusen-2 Aceh 3.86667 97.21667 6.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0316 Agusen-3 Aceh 3.872101 97.299155 17.60 Hydro Inventory Study_1997 hp_0476 Alas - 4* Aceh 3.16667 97.91667 15.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0320 Alas-1 Aceh 3.898026 97.408106 76.30 Hydro Inventory Study_1997 JicaPR_0321 Alas-2 Aceh 3.862541 97.484816 20.10 Hydro Inventory Study_1997 JicaPR_0322 Alas-3 Aceh 3.832869 97.538448 37.40 Hydro Inventory Study_1997 hp_0045 Angkup Aceh 4.62202 96.72062 0.38 Consultant JicaPR_0015 Baleg Aceh 4.729413 96.693826 9.00 Hydro Inventory Study_1997 hp_0481 Baleg Aceh 4.71667 96.68333 9.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0402 Barou Aceh 4.434808 96.594435 29.20 Hydro Inventory Study_1997 JicaPR_0374 Baru-1 Aceh 3.747813 97.091601 22.40 Hydro Inventory Study_1997 JicaPR_0375 Baru-2 Aceh 3.715214 97.070798 15.50 Hydro Inventory Study_1997 JicaPR_0376 Baru-3 Aceh 3.61529 97.000607 14.90 Hydro Inventory Study_1997 JicaPR_0383 Batane Aceh 3.899263 96.70694 77.10 Hydro Inventory Study_1997 JicaPR_0328 Bengkung Aceh 3.099447 97.822503 16.10 Hydro Inventory Study_1997 JicaPR_0418 Beureyeng Aceh 4.937865 95.75547 18.60 Hydro Inventory Study_1997 JicaPR_0041 Bidin/Jambuaye Aceh 4.733835 97.166683 246.00 Hydro Inventory Study_1997 JicaPR_0035 Bidin-1 Aceh 4.700087 97.030433 19.10 Hydro Inventory Study_1997 JicaPR_0036 Bidin-2 Aceh 4.723091 97.253014 117.20 Hydro Inventory Study_1997 JicaPR_0018 Bruksah Aceh 4.881774 96.642693 24.20 Hydro Inventory Study_1997 JicaPR_0013 Celala Aceh 4.599133 96.687319 3.40 Hydro Inventory Study_1997 hp_0490 Celala Aceh 4.58333 96.68333 3.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0413 Dolok-1 Aceh 4.666029 96.143018 32.20 Hydro Inventory Study_1997 JicaPR_0414 Dolok-2 Aceh 4.57181 96.13928 36.00 Hydro Inventory Study_1997 JicaPR_0030 Dusun-1 Aceh 4.256506 97.339448 14.10 Hydro Inventory Study_1997 JicaPR_0031 Dusun-2 Aceh 4.362004 97.258389 11.90 Hydro Inventory Study_1997 JicaPR_0048 Empan Aceh 3.892738 97.657715 12.20 Hydro Inventory Study_1997 JicaPR_0379 Ganirayen-1 Aceh 3.914652 96.900619 35.80 Hydro Inventory Study_1997 JicaPR_0380 Ganirayen-2 Aceh 3.888439 96.862719 6.10 Hydro Inventory Study_1997 hp_0260 Ganirayen-2 Aceh 3.88333 96.85000 6.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0429 Geupu Aceh 5.343222 95.284833 3.10 Hydro Inventory Study_1997 hp_0496 Geupu Aceh 5.33333 95.28333 3.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0415 Inong Aceh 4.870437 96.16221 22.50 Hydro Inventory Study_1997 JicaPR_0003 Inong-1 Aceh 5.107664 96.007925 3.60 Hydro Inventory Study_1997 hp_0499 Inong-1 Aceh 5.10000 96.00000 3.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0004 Inong-2 Aceh 5.123929 95.982528 3.30 Hydro Inventory Study_1997 hp_0500 Inong-2 Aceh 5.11667 95.96667 3.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0005 Inong-3 Aceh 5.20597 95.936039 3.20 Hydro Inventory Study_1997 hp_0501 Inong-3 Aceh 5.20000 95.93333 3.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0399 Isep Aceh 4.280137 96.497348 15.30 Hydro Inventory Study_1997 JicaPR_0357 Jambo Papeun-1 Aceh 3.67458 97.310108 35.50 Hydro Inventory Study_1997 JicaPR_0358 Jambo Papeun-2 Aceh 3.581275 97.25283 95.20 Hydro Inventory Study_1997 JicaPR_0360 Jambo Papeun-3 Aceh 3.528055 97.21902 26.00 Hydro Inventory Study_1997 hp_0502 Jambo Papeun-3 Aceh 3.51667 97.21667 25.40 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0051 Jamboaye Kerpap Aceh 4.46229 96.90807 2.25 Consultant Screened out JicaPR_0025 Jambuaye-1 Aceh 4.460081 96.975017 7.40 Hydro Inventory Study_1997 hp_0503 Jambuaye-1 Aceh 4.45000 96.96667 7.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0026 Jambuaye-2 Aceh 4.397156 97.044142 15.70 Hydro Inventory Study_1997 JicaPR_0029 Jambuaye-3 Aceh 4.431287 97.140596 37.20 Hydro Inventory Study_1997 JicaPR_0032 Jambuaye-4 Aceh 4.481336 97.229042 81.70 Hydro Inventory Study_1997 JicaPR_0033 Jambuaye-5 Aceh 4.590735 97.177321 181.80 Hydro Inventory Study_1997 JicaPR_0037 Jambuaye-6 Aceh 4.721956 97.291402 124.40 Hydro Inventory Study_1997 JicaPR_0043 Jambuaye-6A Aceh 4.772868 97.357038 138.30 Hydro Inventory Study_1997 JicaPR_0040 Jambuaye-7 Aceh 4.768221 97.377041 4.50 Hydro Inventory Study_1997 hp_0262 Jambuaye-7 Aceh 4.76667 97.36667 4.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0002 Jrue Aceh 5.336625 95.414329 4.80 Hydro Inventory Study_1997 hp_0369 Jrue Aceh 5.33333 95.40000 4.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0053 Kalapining Aceh 4.229431 97.596448 33.30 Hydro Inventory Study_1997 JicaPR_0386 Kenyaran Aceh 4.132868 97.183826 16.90 Hydro Inventory Study_1997 hp_0273 Kerpap Aceh 4.46250 96.90222 2.20 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0323 Ketambe-1 Aceh 3.635205 97.576761 12.10 Hydro Inventory Study_1997 JicaPR_0324 Ketambe-2 Aceh 3.652399 97.623163 19.90 Hydro Inventory Study_1997 hp_0277 Ketol A Aceh 4.69383 96.69778 1.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0024 Keureutu Aceh 4.928339 97.155391 11.10 Hydro Inventory Study_1997 JicaPR_0359 Kluet-1 Aceh 3.585529 97.203608 41.70 Hydro Inventory Study_1997 hp_0372 Kluet-1 Aceh 3.58333 97.20000 4.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0362 Kluet-2 Aceh 3.46714 97.188407 141.00 Hydro Inventory Study_1997 JicaPR_0363 Kluet-3 Aceh 3.412338 97.217721 24.20 Hydro Inventory Study_1997 hp_0509 Kluet-3 Aceh 3.40000 97.21667 23.80 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0367 Kluet-4 Aceh 3.279773 97.353461 65.60 Hydro Inventory Study_1997 JicaPR_0371 Kluet-5 Aceh 3.215337 97.389232 76.70 Hydro Inventory Study_1997 JicaPR_0327 Kompas Aceh 3.251097 97.851236 5.00 Hydro Inventory Study_1997 hp_0511 Kompas Aceh 3.25000 97.85000 5.00 PLN (2 - MHPP in HPPS) Screened out hp_0284 Kreung Isep Aceh 4.32493 96.52246 1.00 PLN (3 - Minihydro IPP Project) hp_0845 Krueng Kalla Aceh 0.40 PLN (3 - Minihydro IPP Project) Annex I – Unprocessed SHP Data Page 1 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_0381 Lamarayen Aceh 3.872978 96.829921 36.20 Hydro Inventory Study_1997 JicaPR_0378 Lamayaren/Gani Aceh 3.891947 96.98599 37.30 Hydro Inventory Study_1997 JicaPR_0427 Lambeso Aceh 5.119419 95.477251 35.00 Hydro Inventory Study_1997 JicaPR_0416 Laumeth Aceh 4.895958 96.09552 15.10 Hydro Inventory Study_1997 hp_0292 Lawe Gurah Aceh 3.69684 97.66413 4.50 PLN (3 - Minihydro IPP Project) Screened out hp_0293 Lawe Mamas Aceh 3.50000 97.63333 5.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0294 Lawe Mamas (PLTM) Aceh 3.55444 97.72764 9.60 PLN (3 - Minihydro IPP Project) Screened out hp_0295 Lawe Sikap Aceh 3.49256 97.76653 6.99 PLN (3 - Minihydro IPP Project) JicaPR_0046 Lesten-1 Aceh 3.923498 97.798259 36.00 Hydro Inventory Study_1997 JicaPR_0047 Lesten-2 Aceh 3.984079 97.760204 40.00 Hydro Inventory Study_1997 JicaPR_0050 Lesten-3 Aceh 4.129779 97.710487 40.70 Hydro Inventory Study_1997 hp_0862 Lhok Pineung Aceh 5.10 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0426 Ligan Aceh 4.909103 95.464811 5.00 Hydro Inventory Study_1997 hp_0518 Ligan Aceh 4.90000 95.45000 5.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0027 Lumut-1 Aceh 4.290153 97.058671 5.70 Hydro Inventory Study_1997 hp_0520 Lumut-1 Aceh 4.28333 97.05000 5.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0028 Lumut-2 Aceh 4.298393 97.122264 0.90 Hydro Inventory Study_1997 hp_0521 Lumut-2 Aceh 4.28333 97.11667 0.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0325 Mamas-1 Aceh 3.468108 97.645851 102.10 Hydro Inventory Study_1997 JicaPR_0326 Mamas-2 Aceh 3.512004 97.64313 52.40 Hydro Inventory Study_1997 hp_0303 Mangku Sosial Aceh 4.71339 96.99278 6.60 PLN (3 - Minihydro IPP Project) Screened out hp_0883 Marpunge Aceh 0.40 PLN (3 - Minihydro IPP Project) JicaPR_0425 Masen Aceh 4.862443 95.576977 8.60 Hydro Inventory Study_1997 hp_0524 Masen Aceh 4.85000 95.56667 8.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0406 Meulaboh/Seunagan Aceh 4.413776 96.693406 197.20 Hydro Inventory Study_1997 JicaPR_0400 Meulaboh-1 Aceh 4.400262 96.679316 82.10 Hydro Inventory Study_1997 JicaPR_0401 Meulaboh-2 Aceh 4.399348 96.6182 38.00 Hydro Inventory Study_1997 hp_0529 Meulaboh-2 Aceh 4.38333 96.61667 37.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0403 Meulaboh-3 Aceh 4.440647 96.538842 18.80 Hydro Inventory Study_1997 JicaPR_0404 Meulaboh-5 Aceh 4.440687 96.444732 42.90 Hydro Inventory Study_1997 hp_0530 Meulaboh-5 Aceh 4.43333 96.43333 43.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0405 Meulaboh-6 Aceh 4.460489 96.344574 29.20 Hydro Inventory Study_1997 hp_1078 Meurebo-2 Aceh 59.00 RUPTL JicaPR_0006 Meurendu-1 Aceh 4.996394 96.239672 19.20 Hydro Inventory Study_1997 JicaPR_0007 Meurendu-2 Aceh 5.059559 96.220935 18.60 Hydro Inventory Study_1997 JicaPR_0008 Meurendu-3 Aceh 5.126448 96.220912 37.40 Hydro Inventory Study_1997 hp_0115 Meureudu Lhoksandeng 3 Aceh 5.12695 96.48612 5.40 Consultant JicaPR_0034 Muara Aceh 4.633843 97.252084 12.30 Hydro Inventory Study_1997 JicaPR_0372 Mungkap-1 Aceh 3.201292 97.52062 22.50 Hydro Inventory Study_1997 JicaPR_0373 Mungkap-2 Aceh 3.201434 97.418638 24.80 Hydro Inventory Study_1997 JicaPR_0407 Pamene-1 Aceh 4.722951 96.485712 19.70 Hydro Inventory Study_1997 JicaPR_0409 Pamene-2 Aceh 4.719921 96.33328 160.60 Hydro Inventory Study_1997 JicaPR_0317 Pantan Dadalu-1 Aceh 3.776356 97.408851 7.60 Hydro Inventory Study_1997 hp_0534 Pantan Dadalu-1 Aceh 3.76667 97.40000 7.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0318 Pantan Dadalu-2 Aceh 3.831481 97.386098 4.40 Hydro Inventory Study_1997 hp_0535 Pantan Dadalu-2 Aceh 3.81667 97.38333 4.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0319 Pantan Dadalu-3 Aceh 3.856433 97.367346 12.20 Hydro Inventory Study_1997 JicaPR_0023 Pase Aceh 4.948951 97.026412 14.00 Hydro Inventory Study_1997 JicaPR_0044 Peureulak Aceh 4.634973 97.701418 34.80 Hydro Inventory Study_1997 hp_0371 Peusangan 1-2 Aceh 4.61667 96.71667 86.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0105 Peusangan 4 Aceh 4.81962 96.69917 83.00 Consultant Screened out hp_0099 Peusangan Ketol Aceh 4.75635 96.68382 1.00 Consultant JicaPR_0014 Peusangan-3 Aceh 4.666711 96.703677 14.60 Hydro Inventory Study_1997 hp_0593 Peusangan-4 Aceh 4.76667 96.68333 3.90 PLN (1 - Masterplan of HEPP Development List) Screened out hp_1072 Peusangan-4 (FTP2) Aceh 83.00 RUPTL JicaPR_0016 Peusangan-5 Aceh 4.793403 96.701943 8.10 Hydro Inventory Study_1997 hp_0370 Peusangan-5 Aceh 4.78333 96.70000 8.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0017 Peusangan-6 Aceh 4.849994 96.689651 65.80 Hydro Inventory Study_1997 JicaPR_0019 Peusangan-7 Aceh 4.929876 96.674837 50.00 Hydro Inventory Study_1997 JicaPR_0020 Peusangan-8 Aceh 5.041832 96.663197 12.40 Hydro Inventory Study_1997 fs_34 PLTM Kerpap Aceh 4.46253 96.90308 2.20 PLN_pusat fs_35 PLTM Ketol A Aceh 4.67508 96.70783 10.00 PLN_pusat_repository fs_29 PLTM Ketol B Aceh 4.70013 96.69950 10.50 PLN_pusat fs_32 PLTM Lawe Gurah Aceh 3.69684 97.66413 4.50 PLN_pusat_repository fs_28 PLTM Lawe Mamas Aceh 3.55444 97.72764 10.00 PLN_pusat fs_30 PLTM Lhok Pineung Aceh 5.11136 96.22136 5.40 PLN_pusat fs_33 PLTM Mangku Aceh 6.00 PLN_pusat_repository fs_31 PLTM Subulussalam Aceh 2.60910 98.06855 7.46 PLN_pusat_repository hp_1071 PLTM Tersebar Aceh Aceh 65.00 RUPTL JicaPR_0340 Pungu Aceh 2.699934 98.087751 4.30 Hydro Inventory Study_1997 hp_0375 Pungu Aceh 2.68333 98.08333 4.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0038 Ramasan-1 Aceh 4.617038 97.363048 122.70 Hydro Inventory Study_1997 hp_0545 Ramasan-1 Aceh 4.61667 97.35000 119.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0042 Ramasan-1A Aceh 4.602269 97.371075 127.60 Hydro Inventory Study_1997 JicaPR_0039 Ramasan-2 Aceh 4.67713 97.328485 33.10 Hydro Inventory Study_1997 JicaPR_0361 Raneuh Aceh 3.511218 97.151504 14.50 Hydro Inventory Study_1997 hp_0643 Rerebe Aceh 0.18 PLN (3 - Minihydro IPP Project) JicaPR_0424 Sabe Aceh 4.65388 95.658786 26.60 Hydro Inventory Study_1997 JicaPR_0009 Samalanga Aceh 5.120376 96.360515 12.00 Hydro Inventory Study_1997 JicaPR_0428 Sebat Aceh 5.134418 95.409399 6.90 Hydro Inventory Study_1997 hp_0548 Sebat Aceh 5.13333 95.40000 6.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0382 Semirah Aceh 3.855705 96.845259 6.70 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 2 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0549 Semirah Aceh 3.85000 96.83333 6.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0368 Sempali-1 Aceh 3.384731 97.42791 25.10 Hydro Inventory Study_1997 JicaPR_0369 Sempali-2 Aceh 3.312327 97.424886 73.30 Hydro Inventory Study_1997 JicaPR_0370 Sempali-3 Aceh 3.277695 97.392442 89.20 Hydro Inventory Study_1997 JicaPR_0056 Serbajadi-1 Aceh 4.413624 97.586006 26.80 Hydro Inventory Study_1997 JicaPR_0057 Serbajadi-2 Aceh 4.439769 97.640314 9.40 Hydro Inventory Study_1997 hp_0329 Serbajadi-2 Aceh 4.43333 97.63333 9.40 PLN (2 - MHPP in HPPS) Screened out hp_0944 Seu Pakat Aceh 1.75 PLN (4 - Minihydro PLN Project) JicaPR_0384 Seumayan Aceh 3.970632 96.643945 3.10 Hydro Inventory Study_1997 hp_0552 Seumayan Aceh 3.96667 96.63333 3.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0395 Seunangan-1 Aceh 4.265856 96.609251 26.50 Hydro Inventory Study_1997 JicaPR_0396 Seunangan-2 Aceh 4.244833 96.551342 26.30 Hydro Inventory Study_1997 JicaPR_0397 Seunangan-3 Aceh 4.241398 96.50146 31.90 Hydro Inventory Study_1997 hp_0553 Seunangan-3 Aceh 4.23333 96.50000 31.20 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0398 Seunangan-4 Aceh 4.240539 96.466152 9.30 Hydro Inventory Study_1997 hp_0554 Seunangan-4 Aceh 4.23333 96.45000 9.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0364 Sibubung-1 Aceh 3.50462 97.32825 33.30 Hydro Inventory Study_1997 hp_0373 Sibubung-1 Aceh 3.50000 97.31667 32.40 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0365 Sibubung-2 Aceh 3.455939 97.293787 121.10 Hydro Inventory Study_1997 JicaPR_0366 Sibubung-3 Aceh 3.404551 97.255659 22.90 Hydro Inventory Study_1997 hp_0374 Sibubung-3 Aceh 3.40000 97.25000 22.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0417 Sikuleh-1 Aceh 5.013905 95.765571 9.40 Hydro Inventory Study_1997 hp_0556 Sikuleh-1 Aceh 5.00000 95.75000 9.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0419 Sikuleh-2 Aceh 4.948622 95.792063 8.30 Hydro Inventory Study_1997 hp_0557 Sikuleh-2 Aceh 4.93333 95.78333 8.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0420 Sikuleh-3 Aceh 4.937297 95.867546 46.00 Hydro Inventory Study_1997 JicaPR_0421 Sikuleh-4 Aceh 4.783181 95.938083 36.60 Hydro Inventory Study_1997 JicaPR_0330 Simapng Kiri-2 Aceh 2.810353 97.879133 27.20 Hydro Inventory Study_1997 JicaPR_0045 Simpang Aceh 3.858294 97.761892 31.40 Hydro Inventory Study_1997 JicaPR_0055 Simpang Kiri/ser Aceh 4.425026 97.483966 19.40 Hydro Inventory Study_1997 JicaPR_0329 Simpang Kiri-1 Aceh 2.88416 97.915154 27.00 Hydro Inventory Study_1997 hp_0340 Subulussalam Aceh 2.60910 98.06855 7.35 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0377 Susoh Aceh 3.748232 96.860816 11.10 Hydro Inventory Study_1997 hp_0566 Tampur-1 Aceh 4.21667 97.65000 33.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0054 Tampur-2 Aceh 4.336567 97.740832 126.30 Hydro Inventory Study_1997 JicaPR_0412 Tangla Aceh 4.653642 96.211859 28.20 Hydro Inventory Study_1997 JicaPR_0021 Tawar/Bidin Aceh 4.623683 96.97057 66.40 Hydro Inventory Study_1997 JicaPR_0022 Tawar/Jambuaye Aceh 4.576429 96.963353 37.90 Hydro Inventory Study_1997 hp_0347 Tembolon (Bidin 2) Aceh 4.71129 97.02130 3.10 PLN (3 - Minihydro IPP Project) JicaPR_0394 Teripa/Sapi Aceh 4.029622 96.864907 354.70 Hydro Inventory Study_1997 JicaPR_0385 Teripa-1 Aceh 4.097708 97.206555 11.90 Hydro Inventory Study_1997 JicaPR_0387 Teripa-2 Aceh 4.069852 97.116801 44.00 Hydro Inventory Study_1997 JicaPR_0388 Teripa-3 Aceh 4.145085 97.001472 172.60 Hydro Inventory Study_1997 JicaPR_0389 Teripa-4 Aceh 4.032432 96.886079 191.00 Hydro Inventory Study_1997 hp_0570 Teripa-4 Aceh 4.01667 96.88333 184.80 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0390 Teripa-5A Aceh 4.079375 96.75737 17.80 Hydro Inventory Study_1997 JicaPR_0392 Teripa-6A Aceh 4.095757 96.697865 11.30 Hydro Inventory Study_1997 JicaPR_0393 Teripa-7A Aceh 4.084062 96.648466 11.10 Hydro Inventory Study_1997 hp_0571 Teunom Aceh 4.90536 96.12495 1.00 PLN (3 - Minihydro IPP Project) hp_0348 Teunom-1 Aceh 4.90000 95.98333 24.30 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0422 Teunom-2 Aceh 4.719479 96.004785 237.20 Hydro Inventory Study_1997 hp_0572 Teunom-2 Aceh 4.56667 96.00000 23.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0423 Teunom-3 Aceh 4.630497 95.979707 104.80 Hydro Inventory Study_1997 hp_0573 Teunom-3 Aceh 4.61667 95.96667 12.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0408 Tingkeum Aceh 4.853839 96.385461 17.30 Hydro Inventory Study_1997 JicaPR_0010 Uneun-1 Aceh 5.044507 96.514501 6.20 Hydro Inventory Study_1997 hp_0576 Uneun-1 Aceh 5.03333 96.50000 6.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0011 Uneun-2 Aceh 5.064469 96.520719 8.60 Hydro Inventory Study_1997 hp_0577 Uneun-2 Aceh 5.05000 96.51667 8.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0051 Uning Aceh 4.085306 97.542777 6.90 Hydro Inventory Study_1997 hp_0351 Uning Aceh 4.08333 97.53333 6.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0049 Utung Aceh 3.929764 97.686668 65.20 Hydro Inventory Study_1997 JicaPR_0012 Wie Aceh 5.040843 96.618704 3.30 Hydro Inventory Study_1997 hp_0582 Wie Aceh 5.03333 96.61667 3.30 PLN (2 - MHPP in HPPS) Screened out hp_0993 Wih Selah Aceh 0.15 PLN (3 - Minihydro IPP Project) JicaPR_0410 Woyla-1 Aceh 4.627618 96.282292 138.10 Hydro Inventory Study_1997 JicaPR_0411 Woyla-2 Aceh 4.566836 96.204 249.50 Hydro Inventory Study_1997 hp_0583 Woyla-2 Aceh 4.56667 96.20000 242.10 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0452 Ayung Bali -8.31750 115.25117 2.34 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0098 Ayung-1 (Sidan) Bali -8.332577 115.251261 23.00 Hydro Inventory Study_1997 JicaEX_0099 Ayung-2 (Selat) Bali -8.397146 115.231921 19.20 Hydro Inventory Study_1997 JicaEX_0100 Ayung-3 (Buangga) Bali 1.80 Hydro Inventory Study_1997 JicaPR_1083 Ayung-4 Bali -8.50087 115.248 7.80 Hydro Inventory Study_1997 hp_1000 Ayung-4 Bali 7.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1084 Ayung-5A Bali -8.5384 115.249 2.70 Hydro Inventory Study_1997 hp_1001 Ayung-5A Bali 2.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1085 Balian-1 Bali -8.41977 114.985 7.20 Hydro Inventory Study_1997 hp_0718 Balian-1 Bali 7.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1086 Balian-2 Bali -8.44403 114.994 4.10 Hydro Inventory Study_1997 hp_0719 Balian-2 Bali 4.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1087 Balian-3 Bali -8.46976 115.003 5.90 Hydro Inventory Study_1997 hp_0720 Balian-3 Bali 5.90 PLN (2 - MHPP in HPPS) Screened out Annex I – Unprocessed SHP Data Page 3 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_1080 Daya-1 Bali -8.1645 115.241 1.20 Hydro Inventory Study_1997 hp_0779 Daya-1 Bali 1.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1081 Daya-2 Bali -8.14235 115.227 4.40 Hydro Inventory Study_1997 hp_0780 Daya-2 Bali 4.40 PLN (2 - MHPP in HPPS) Screened out hp_0832 Karangasem Bali 0.25 PLN (3 - Minihydro IPP Project) hp_0214 Muara Bali -8.20333 115.10556 1.40 PLN (3 - Minihydro IPP Project) Screened out fs_144 PLTM Muara Bali -8.20333 115.10556 1.44 PLN_pusat_repository fs_145 PLTM Sambangan Bali -8.1975 115.10431 1.85 PLN_pusat_repository fs_146 PLTM Tukad Daya Bali -8.15400 115.23116 2.14 PLN_pusat_repository fs_147 PLTM Yeh Ayung 1 Bali -8.3175 115.25117 2.30 PLN_pusat_repository JicaPR_1088 Pulukan Bali -8.38223 114.866 1.40 Hydro Inventory Study_1997 hp_0918 Pulukan Bali 1.40 PLN (2 - MHPP in HPPS) Screened out hp_0197 Sambangan Bali -8.19750 115.10431 1.85 PLN (3 - Minihydro IPP Project) Screened out JicaPR_1089 Sumbul Bali -8.34793 114.794 2.40 Hydro Inventory Study_1997 hp_0953 Sumbul Bali 2.40 PLN (2 - MHPP in HPPS) Screened out hp_0190 Sunduwati Bali -8.44788 115.47166 2.20 PLN (3 - Minihydro IPP Project) hp_0188 Telagawaja Bali -8.47334 115.41366 4.00 PLN (3 - Minihydro IPP Project) hp_0187 Telagawaja Ayu Bali -8.41458 115.42787 1.00 PLN (3 - Minihydro IPP Project) JicaPR_1082 Teldewaja Bali -8.4538 115.431 7.00 Hydro Inventory Study_1997 hp_0968 Teldewaja Bali 7.00 PLN (2 - MHPP in HPPS) Screened out hp_0185 Tukad Daya Bali -8.15534 115.23180 8.20 PLN (3 - Minihydro IPP Project) hp_0457 Bulakan Banten -6.63973 106.03626 1.00 PLN (3 - Minihydro IPP Project) Screened out hp_0066 Cibareno Banten -6.81857 106.43510 2.90 Consultant Screened out hp_0174 Cibareno Banten -6.80436 106.43439 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0491 Cibareno-1 Banten -6.83333 106.43333 17.50 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0534 Cibareno-2 Banten -6.86594 106.422 21.80 Hydro Inventory Study_1997 JicaPR_0432 Ciberang Banten -6.56427 106.411 13.70 Hydro Inventory Study_1997 hp_0172 Cidano Banten -6.17711 105.91161 1.50 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0540 Cihara Banten -6.83227 106.127 10.20 Hydro Inventory Study_1997 hp_0146 Cikidang Banten -6.79957 106.43295 2.00 PLN (3 - Minihydro IPP Project) hp_0145 Cikotok Banten -6.85657 106.27907 4.20 PLN (3 - Minihydro IPP Project) JicaPR_0536 Cimadur-1 Banten -6.72563 106.355 43.20 Hydro Inventory Study_1997 JicaPR_0537 Cimadur-2 Banten -6.82596 106.287 27.70 Hydro Inventory Study_1997 JicaPR_0538 Cimadur-3 Banten -6.84977 106.277 31.50 Hydro Inventory Study_1997 JicaPR_0430 Cisemut-1 Banten -6.59199 106.268 13.70 Hydro Inventory Study_1997 JicaPR_0431 Cisemut-2 Banten -6.50667 106.205 16.00 Hydro Inventory Study_1997 JicaPR_0539 Cisiih Banten -6.85963 106.192 9.70 Hydro Inventory Study_1997 hp_0059 Cisiih Leutik Banten -6.82544 106.23713 1.70 Consultant Screened out hp_0163 Cisiih Leutik Banten -6.82375 106.24186 4.00 PLN (3 - Minihydro IPP Project) hp_0058 Cisimeut Banten -6.63186 106.30387 3.30 Consultant Screened out hp_0162 Cisimeut Banten -6.63744 106.31200 2.00 PLN (3 - Minihydro IPP Project) Screened out hp_0160 Cisungsang II Banten -6.79280 106.43778 3.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0433 Ciujung Banten -6.53628 106.149 16.40 Hydro Inventory Study_1997 hp_0148 Karang Ropong (Cibareno 1) Banten -6.81275 106.43169 5.00 PLN (3 - Minihydro IPP Project) Screened out hp_0212 Nagajaya Banten -6.82706 106.30900 6.00 PLN (3 - Minihydro IPP Project) Screened out fs_102 PLTM Bojong Cisono Banten -6.81739 106.44831 1.50 PLN_pusat_repository fs_106 PLTM Bulakan Banten -6.64283 106.05327 7.00 PLN_pusat_repository fs_107 PLTM Cibareno Banten -6.80436 106.43439 3.00 PLN_pusat_repository fs_108 PLTM Cidano Banten -6.17711 105.91161 1.50 PLN_pusat_repository fs_109 PLTM Cisiih Cimandiri Banten -6.83319 106.21742 8.00 PLN_pusat_repository fs_110 PLTM Cisimeut Banten -6.63867 106.31417 2.00 PLN_pusat_repository fs_103 PLTM Cisungsang 2 Banten -6.7928 106.43778 3.00 PLN_pusat_repository fs_104 PLTM Karang ropong Banten 6.00 PLN_pusat_repository fs_105 PLTM Lebak Tundun Banten -6.80131 106.17515 8.00 PLN_pusat_repository fs_111 PLTM Nagajaya Banten -6.82706 106.30900 6.00 PLN_pusat_repository hp_0140 Situmulya Banten -6.79064 106.44015 3.00 PLN (3 - Minihydro IPP Project) hp_0231 Air Putih Bengkulu -3.07467 102.16558 9.90 PLN (3 - Minihydro IPP Project) hp_0232 Air Tenam Bengkulu -4.26306 103.06531 7.00 PLN (3 - Minihydro IPP Project) JicaPR_0215 Alas-1 Bengkulu -4.04913 102.830429 26.70 Hydro Inventory Study_1997 JicaPR_0216 Alas-2 Bengkulu -4.187031 102.788644 89.50 Hydro Inventory Study_1997 hp_0710 Argo Makmur Bengkulu 0.10 PLN (4 - Minihydro PLN Project) hp_0233 Aur Gading (IPP) Bengkulu -3.50301 102.32918 2.70 PLN (3 - Minihydro IPP Project) hp_0238 Batu Ampar Bengkulu -4.37045 103.12502 3.00 PLN (3 - Minihydro IPP Project) hp_0239 Batu Balai/Manna Bengkulu -4.34876 103.13411 4.00 PLN (3 - Minihydro IPP Project) hp_0102 Batubalai Bengkulu -4.35317 103.13479 4.00 Consultant Screened out JicaPR_0234 Berau Bengkulu -2.741052 101.505326 14.50 Hydro Inventory Study_1997 JicaPR_0239 Dikit-2 Bengkulu -2.523223 101.538561 51.70 Hydro Inventory Study_1997 JicaPR_0240 Dikit-3 Bengkulu -2.55598 101.518332 12.70 Hydro Inventory Study_1997 JicaPR_0241 Dikit-4 Bengkulu -2.592496 101.418471 51.50 Hydro Inventory Study_1997 JicaPR_0233 Ipuh Bengkulu -2.951345 101.676156 79.10 Hydro Inventory Study_1997 JicaPR_0232 Ipuh Ilau Bengkulu -2.846886 101.81144 14.90 Hydro Inventory Study_1997 JicaPR_0229 Ipuh Panjang-1 Bengkulu -2.720311 101.701953 37.70 Hydro Inventory Study_1997 JicaPR_0230 Ipuh Panjang-2 Bengkulu -2.889746 101.693669 28.10 Hydro Inventory Study_1997 JicaPR_0231 Ipuh Tengah Bengkulu -2.788997 101.756311 11.50 Hydro Inventory Study_1997 hp_0837 Kepala Curup #1 Bengkulu 1.00 PLN (4 - Minihydro PLN Project) hp_0838 Kepala Curup #2 Bengkulu 0.60 PLN (4 - Minihydro PLN Project) hp_1023 Kepla Curup (Barata) Bengkulu 0.50 RUPTL Screened out hp_1022 Kepla Curup (Toshiba) Bengkulu 1.00 RUPTL Screened out hp_1087 Ketahun-3 Bengkulu 61.00 RUPTL hp_0275 Ketaun 1 (IPP) Bengkulu -3.28857 102.43139 4.22 PLN (3 - Minihydro IPP Project) Screened out hp_0405 Ketaun 2 (IPP) Bengkulu -3.28736 102.40539 2.00 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0022 Ketaun-1 Bengkulu -3.243549 102.419508 84.00 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 4 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0404 Ketaun-1* Bengkulu -3.23333 102.41667 86.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0221 Ketaun-3 Bengkulu -3.068187 102.170082 61.00 Hydro Inventory Study_1997 JicaPR_0222 Ketaun-4 Bengkulu -3.075013 102.133442 39.90 Hydro Inventory Study_1997 hp_0048 Ketelang Bengkulu -3.29111 102.40211 2.60 Consultant hp_0021 Lebong Bengkulu -3.19152 102.30800 12.00 Consultant Screened out JicaPR_0210 Luas-3 Bengkulu -4.53773 103.359517 60.60 Hydro Inventory Study_1997 JicaPR_0211 Mantai Bengkulu -4.636 103.386546 10.00 Hydro Inventory Study_1997 hp_0412 Mantai Bengkulu -4.65000 103.38333 1.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0214 Mauna-1 Bengkulu -4.213322 103.066675 105.80 Hydro Inventory Study_1997 JicaPR_0204 Menula-1 Bengkulu -4.826498 103.696511 19.50 Hydro Inventory Study_1997 JicaPR_0205 Menula-2 Bengkulu -4.849588 103.655199 27.20 Hydro Inventory Study_1997 hp_0304 Muara Sahung Bengkulu -4.59489 103.33897 9.90 PLN (3 - Minihydro IPP Project) Screened out hp_0114 Musi Bengkulu -3.56564 102.50558 21.00 Consultant Screened out JicaEX_0019 Musi-1 Bengkulu -3.551746 102.512679 210.00 Hydro Inventory Study_1997 JicaPR_0187 Musi-1A Bengkulu -3.573129 102.524107 16.70 Hydro Inventory Study_1997 hp_0306 Nakai 1 Bengkulu -3.45082 102.33321 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0307 Nakai 2 Bengkulu -3.45648 102.32999 4.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0206 Nasal-1 Bengkulu -4.761957 103.562085 31.20 Hydro Inventory Study_1997 JicaPR_0207 Nasal-2 Bengkulu -4.796217 103.529383 41.30 Hydro Inventory Study_1997 JicaPR_0219 Nokan-1 Bengkulu -3.282486 102.350868 20.40 Hydro Inventory Study_1997 JicaPR_0220 Nokan-2 Bengkulu -3.347438 102.330385 7.40 Hydro Inventory Study_1997 hp_0532 Nokan-2 Bengkulu -3.35000 102.31667 7.40 PLN (2 - MHPP in HPPS) Screened out hp_0309 Padang Guci Bengkulu -4.43573 103.28419 6.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0212 Padang Guci-1 Bengkulu -4.363365 103.339787 11.90 Hydro Inventory Study_1997 JicaPR_0213 Padang Guci-2 Bengkulu -4.399388 103.314281 21.40 Hydro Inventory Study_1997 hp_0310 Padang Guci-2 Bengkulu -4.40000 103.30000 21.00 PLN (1 - Masterplan of HEPP Development List) Screened out fs_43 PLTA Lebong Bengkulu -3.00833 102.00833 16.00 PLN_pusat_repository fs_44 PLTM Air Dikit Bengkulu -2.58289 101.41822 6.00 PLN_pusat_repository fs_45 PLTM Ketahun 1 Bengkulu -3.28857 102.43166 4.22 PLN_pusat_repository fs_40 PLTM Manna Bengkulu -4.26306 103.06531 7.36 PLN_pusat_repository fs_38 PLTM Nakai 1 Bengkulu -2.54918 102.33321 3.20 PLN_pusat fs_41 PLTM Nakai 2 Bengkulu -3.45648 102.32999 5.00 PLN_pusat_repository fs_42 PLTM Padang Guci Bengkulu -4.43573 103.28419 6.00 PLN_pusat_repository fs_39 PLTM Tunggang Bengkulu -2.91423 102.18463 10.00 PLN_pusat JicaPR_0208 Sanbat Kiri Bengkulu -4.69605 103.437464 8.50 Hydro Inventory Study_1997 hp_0547 Sanbat Kiri Bengkulu -4.70000 103.43333 8.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0225 Seblat-1 Bengkulu -2.858715 102.023442 100.40 Hydro Inventory Study_1997 JicaPR_0226 Seblat-3 Bengkulu -2.892294 101.889908 7.50 Hydro Inventory Study_1997 hp_0325 Seblat-3 Bengkulu -2.90000 101.88333 7.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0227 Seblat-4 Bengkulu -3.032045 101.827753 235.20 Hydro Inventory Study_1997 JicaPR_0228 Seblat-5 Bengkulu -3.079903 101.795073 30.30 Hydro Inventory Study_1997 JicaPR_0218 Seluma Bengkulu -4.014923 102.626704 86.70 Hydro Inventory Study_1997 hp_0560 Simpang Aur Bengkulu -3.58333 102.51667 29.00 PLN (1 - Masterplan of HEPP Development List) hp_0342 Sungai Air Dikit Bengkulu -2.58294 101.41817 6.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0223 Suwah-1 Bengkulu -3.043304 102.004174 25.80 Hydro Inventory Study_1997 JicaPR_0224 Suwah-2 Bengkulu -3.091346 101.940776 30.10 Hydro Inventory Study_1997 JicaPR_0217 Talo-1 Bengkulu -4.101326 102.714944 19.60 Hydro Inventory Study_1997 hp_0967 Tebing Kaning Bengkulu 0.10 PLN (4 - Minihydro PLN Project) JicaPR_0235 Teramang Bengkulu -2.721567 101.656801 22.70 Hydro Inventory Study_1997 hp_0009 Tes Bengkulu -3.20645 102.31874 16.00 Consultant Screened out hp_0599 Tes (Lama) Bengkulu -3.26667 102.41667 1.32 PLN (4 - Minihydro PLN Project) JicaEX_0024 Tes-1 Bengkulu -3.200583 102.325213 16.00 Hydro Inventory Study_1997 JicaEX_0023 Tes-2 Bengkulu -3.152535 102.285727 17.00 Hydro Inventory Study_1997 hp_0400 Tunggang Bengkulu -3.10107 102.18135 10.00 PLN (3 - Minihydro IPP Project) Screened out fs_37 PLTM Ketaun 2 Bengkulu -2.71362 102.40523 2.12 PLN_pusat fs_36 PLTM Muara Sahung Bengkulu -3.40512 103.33898 10.00 PLN_pusat fs_125 PLTM Banjaran Kebonmanis Jawa Tengah -7.34078 109.21999 2.20 PLN_pusat_repository fs_120 PLTM Banyumlayu Jawa Tengah 0.46 PLN_pusat_repository fs_121 PLTM Bendosari Jawa Tengah -7.05601 109.97946 4.00 PLN_pusat_repository fs_126 PLTM Binangun Jawa Tengah -7.057844 109.79602 3.75 PLN_pusat_repository fs_122 PLTM Dadapayam Jawa Tengah -7.03222 110.05194 2.86 PLN_pusat_repository fs_128 PLTM Damar Jawa Tengah -7.04547 110.04905 2.07 PLN_pusat_repository fs_112 PLTM Danawarih Jawa Tengah -6.93119 109.13200 0.30 PLN_pusat fs_129 PLTM Jimat Jawa Tengah 0.50 PLN_pusat_repository fs_114 PLTM Karekan Jawa Tengah -7.27862 109.77772 6.11 PLN_pusat_repository fs_130 PLTM Kincang Jawa Tengah 0.32 PLN_pusat_repository fs_123 PLTM Kunci Putih Jawa Tengah -7.20855 110.50295 0.95 PLN_pusat_repository fs_124 PLTM Lebak Barang Jawa Tengah -7.12200 109.66437 7.00 PLN_pusat_repository fs_116 PLTM Logawa Jawa Tengah -7.32792 109.18163 2.95 PLN_pusat_repository fs_115 PLTM Logawa - Baseh Karangpelem Jawa Tengah -7.35303 109.18088 1.86 PLN_pusat_repository fs_118 PLTM Logawa - Sunyalangu Jawa Tengah -7.33625 109.18333 2.00 PLN_pusat_repository fs_131 PLTM Logawa Babakan Jawa Tengah -7.36454 109.17961 1.34 PLN_pusat_repository fs_113 PLTM Pagerpelah Jawa Tengah -7.28944 109.70333 3.09 PLN_pusat_repository fs_132 PLTM Pageruyung Jawa Tengah -7.06528 110.00306 4.40 PLN_pusat_repository fs_117 PLTM Rakit Jawa Tengah -7.43333 109.52917 0.50 PLN_pusat_repository fs_127 PLTM Serayu Jawa Tengah -7.39354 109.88486 8.60 PLN_pusat_repository fs_119 PLTM Singgi Jawa Tengah 0.20 PLN_pusat_repository fs_133 PLTM Timbangreja Jawa Tengah -7.07917 109.13363 0.40 PLN_pusat_repository fs_220 Kuala Kilo Sulawesi Tengah -1.29455 120.55325 10.00 PLN_wilayah fs_221 Kuala Tengah Sulawesi Tengah -1.29145 120.54560 PLN_wilayah fs_218 PLTM Alani Sulawesi Tengah -1.48750 122.85833 7.00 PLN_wilayah fs_167 PLTM Bambalo 2 Sulawesi Tengah -1.43186 120.93211 1.80 PLN_pusat_repository Annex I – Unprocessed SHP Data Page 5 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening fs_159 PLTM Batu No Botak Sulawesi Tengah 0.99625 120.89122 5.00 PLN_pusat fs_168 PLTM Bengkoli Sulawesi Tengah 0.67939 120.19926 2.50 PLN_pusat_repository fs_219 PLTM Biak Sulawesi Tengah -0.88333 122.86667 4.00 PLN_wilayah fs_160 PLTM Bongkasoa-Simpoyo Sulawesi Tengah -1.12944 121.47218 1.40 PLN_pusat fs_161 PLTM Dako Sulawesi Tengah 1.08347 120.88933 1.40 PLN_pusat fs_224 PLTM Kabalo Sulawesi Tengah -1.45833 121.05091 2.20 PLN_wilayah fs_210 PLTM Karangana I Sulawesi Tengah -1.82874 119.99662 9.00 PLN_wilayah fs_211 PLTM Karangana II Sulawesi Tengah -1.80533 120.02150 10.00 PLN_wilayah fs_212 PLTM Karangana III Sulawesi Tengah -1.78000 120.04483 8.50 PLN_wilayah fs_222 PLTM Lobu Sulawesi Tengah -0.85380 122.52202 5.00 PLN_wilayah fs_213 PLTM Mapahi Sulawesi Tengah -1.78014 120.04794 7.00 PLN_wilayah fs_223 PLTM Masewo Sulawesi Tengah -1.82215 120.00194 8.00 PLN_wilayah fs_214 PLTM Palasa Sulawesi Tengah 0.44947 120.23644 7.40 PLN_wilayah fs_226 PLTM Paranonge Sulawesi Tengah 5.00 PLN_wilayah fs_169 PLTM Ponju Sulawesi Tengah 0.59611 120.10167 3.00 PLN_pusat_repository fs_163 PLTM Pono Sulawesi Tengah -1.53919 120.02951 6.07 PLN_pusat fs_215 PLTM Sabuku Sulawesi Tengah 0.53270 120.39845 6.00 PLN_wilayah fs_162 PLTM Sampaga Sulawesi Tengah 0.66306 120.08194 1.22 PLN_pusat fs_228 PLTM Sinombulung Sulawesi Tengah 0.53056 121.10237 4.00 PLN_wilayah fs_227 PLTM Siyuntoyo Sulawesi Tengah 0.54403 121.13694 3.00 PLN_wilayah fs_216 PLTM Tabong Sulawesi Tengah 0.91341 121.16114 7.00 PLN_wilayah fs_225 PLTM Tinombo Sulawesi Tengah 0.44962 120.23606 1.70 PLN_wilayah fs_229 PLTM Tirtanagaya Sulawesi Tengah 0.57508 120.94298 PLN_wilayah fs_166 PLTM Tomasa Sulawesi Tengah -1.67613 120.74639 10.00 PLN_pusat_repository fs_217 PLTM Tomata Sulawesi Tengah -2.25417 120.95278 10.00 PLN_wilayah fs_164 PLTM Wawopada Sulawesi Tengah -1.89473 121.17180 3.00 PLN_pusat fs_165 PLTM Yaentu Sulawesi Tengah -1.84075 120.86486 10.00 PLN_pusat JicaEX_0001 Aceh-2 Aceh 5.265332 95.675243 7.33 Hydro Inventory Study_1997 JicaEX_0005 Jambu Aye-8 Aceh 4.759414 97.395082 160.00 Hydro Inventory Study_1997 JicaEX_0031 Lawe Alas-4 Aceh 3.067451 97.92939 321.60 Hydro Inventory Study_1997 JicaEX_0002 Peusangan-1 Aceh 4.608792 96.775141 44.20 Hydro Inventory Study_1997 JicaEX_0003 Peusangan-2 Aceh 4.630259 96.718483 42.20 Hydro Inventory Study_1997 JicaEX_0004 Peusangan-4 Aceh 4.765835 96.689249 30.89 Hydro Inventory Study_1997 JicaEX_0006 Tampur-1 Aceh 4.22922 97.664756 428.00 Hydro Inventory Study_1997 JicaEX_0033 Teunom-1 Aceh 4.911528 95.98831 24.25 Hydro Inventory Study_1997 fs_143 PLTM Semawung DI Yogyakarta -7.66149 110.26385 0.60 PLN_pusat_repository hp_1049 Bayu Samas DI Yogyakarta 50.00 RUPTL JicaPR_0487 Oyo-1 DI Yogyakarta -7.91227 110.522 7.40 Hydro Inventory Study_1997 JicaPR_0488 Oyo-2 DI Yogyakarta -7.95195 110.435 9.70 Hydro Inventory Study_1997 hp_0939 Semawung DI Yogyakarta 0.60 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0490 Serang DI Yogyakarta -7.81661 110.174 1.10 Hydro Inventory Study_1997 hp_0960 Talang Krasak DI Yogyakarta 0.40 PLN (4 - Minihydro PLN Project) fs_138 PLTM Balelo Jawa Timur -8.16583 113.79278 4.40 PLN_pusat_repository fs_134 PLTM Jompo 1 Jawa Timur -8.0625 113.67222 2.12 PLN_pusat_repository fs_135 PLTM Jompo 2 Jawa Timur -8.08106 113.66725 3.17 PLN_pusat_repository fs_136 PLTM Kanzy 1 Jawa Timur -7.80381 112.74568 2.30 PLN_pusat_repository fs_140 PLTM Ketajek Jawa Timur -8.08111 113.59111 3.26 PLN_pusat_repository fs_141 PLTM Lodagung Jawa Timur -8.14199 112.24838 1.30 PLN_pusat_repository fs_139 PLTM Pandan Laras 2 Jawa Timur -7.88860 113.47108 7.40 PLN_pusat_repository fs_137 PLTM Pandan Laras 3 Jawa Timur -7.87821 113.44005 2.21 PLN_pusat_repository fs_142 PLTM Zeelandia Jawa Timur -8.08831 113.47008 2.14 PLN_pusat_repository hp_0247 Bone Gorontalo 0.50461 123.27106 7.40 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0712 Bone-1 Gorontalo 0.537425 123.351 31.10 Hydro Inventory Study_1997 JicaPR_0713 Bone-3 Gorontalo 0.60135 123.302 20.90 Hydro Inventory Study_1997 JicaPR_0714 Bulongo Gorontalo 0.628127 123.089 8.10 Hydro Inventory Study_1997 hp_0809 Iya Gorontalo 2.00 PLN (3 - Minihydro IPP Project) Screened out hp_0445 Mongango Gorontalo 0.85691 123.16601 1.20 PLN (4 - Minihydro PLN Project) JicaPR_0715 Paguyaman-1 Gorontalo 0.791759 122.248684 4.04 Hydro Inventory Study_1997 JicaPR_0716 Paguyaman-2 Gorontalo 0.770679 122.318989 16.61 Hydro Inventory Study_1997 fs_178 PLTM Bone Gorontalo 0.50212 123.27036 7.40 PLN_pusat fs_230 PLTM Iya Gorontalo 0.38886 123.47288 2.00 PLN_wilayah fs_177 PLTM Taludaa 2 Gorontalo 0.37588 123.47061 2.00 PLN_pusat_repository JicaPR_0717 Randangan-1 Gorontalo 0.703935 121.910705 17.81 Hydro Inventory Study_1997 JicaPR_0718 Randangan-2 Gorontalo 0.681099 121.882636 5.58 Hydro Inventory Study_1997 JicaPR_0719 Randangan-3 Gorontalo 0.726881 121.676725 77.19 Hydro Inventory Study_1997 JicaPR_0720 Randangan-4 Gorontalo 0.661779 121.734799 39.53 Hydro Inventory Study_1997 hp_0606 Taludaa Gorontalo 3.00 PLN (3 - Minihydro IPP Project) hp_0668 Taludaa 2 Gorontalo 2.00 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0097 Genyem Papua Barat -2.58555 140.021 22.90 Hydro Inventory Study_1997 JicaEX_0096 Warsamson Papua Barat -0.811463 131.398198 49.20 Hydro Inventory Study_1997 JicaPR_0242 Air Batang-1 Jambi -1.867652 101.136881 43.90 Hydro Inventory Study_1997 JicaPR_0244 Air Batung-1 Jambi -1.851591 101.194905 17.20 Hydro Inventory Study_1997 JicaPR_0155 Anai Jambi -2.286162 102.217253 21.50 Hydro Inventory Study_1997 JicaPR_0157 Asai-1 Jambi -2.620004 102.043763 44.50 Hydro Inventory Study_1997 JicaPR_0158 Asai-2 Jambi -2.586251 102.078279 62.60 Hydro Inventory Study_1997 JicaPR_0160 Asai-3 Jambi -2.514402 102.241559 48.80 Hydro Inventory Study_1997 JicaPR_0161 Asai-4 Jambi -2.378904 102.409036 86.30 Hydro Inventory Study_1997 JicaPR_0238 Dikit-1 Jambi -2.499534 101.60804 152.80 Hydro Inventory Study_1997 JicaPR_0149 Kerinci/Silaut Jambi -2.156626 101.44026 279.90 Hydro Inventory Study_1997 JicaPR_0159 Keruh Jambi -2.639153 102.235511 11.60 Hydro Inventory Study_1997 JicaPR_0236 Langkup-1 Jambi -2.554873 101.723813 122.90 Hydro Inventory Study_1997 JicaPR_0237 Langkup-2 Jambi -2.473876 101.636209 85.10 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 6 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaEX_0015 Merangin-2 Jambi -2.244333 101.697992 350.00 Hydro Inventory Study_1997 hp_0464 Merangin-2 Jambi -2.16667 101.60000 35.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0150 Merangin-3 Jambi -2.19358 101.786489 59.30 Hydro Inventory Study_1997 JicaPR_0152 Merangin-4 Jambi -2.187294 101.849033 187.60 Hydro Inventory Study_1997 JicaEX_0016 Merangin-5 Jambi -2.188112 101.996568 23.92 Hydro Inventory Study_1997 hp_0587 Merangin-5 Jambi -2.18333 101.98333 23.90 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0147 Napal Melintang Jambi -1.85510 101.26853 0.58 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0153 Nila Jambi -2.202794 102.071125 30.50 Hydro Inventory Study_1997 JicaPR_0151 Penetai Jambi -2.130808 101.778411 17.70 Hydro Inventory Study_1997 fs_68 PLTM Napal Melintang Jambi -1.8551 101.26853 0.50 PLN_pusat_repository JicaPR_0144 Relepat Jambi -1.794867 101.844003 34.00 Hydro Inventory Study_1997 JicaPR_0156 Rengai Jambi -2.319472 102.297667 17.60 Hydro Inventory Study_1997 JicaPR_0148 Siulak-1 Jambi -1.92989 101.262314 30.60 Hydro Inventory Study_1997 JicaPR_0145 Tabir-1 Jambi -1.960324 101.613303 28.50 Hydro Inventory Study_1997 JicaPR_0146 Tabir-2 Jambi -1.961059 101.858605 36.00 Hydro Inventory Study_1997 JicaPR_0147 Tabir-3 Jambi -1.912254 101.971432 35.20 Hydro Inventory Study_1997 JicaPR_0139 Tebo-1 Jambi -1.850923 101.534522 17.80 Hydro Inventory Study_1997 JicaPR_0140 Tebo-2 Jambi -1.79003 101.552269 24.60 Hydro Inventory Study_1997 JicaPR_0141 Tebo-3 Jambi -1.684673 101.567192 53.20 Hydro Inventory Study_1997 JicaPR_0154 Tembesi Jambi -2.329497 102.072399 88.90 Hydro Inventory Study_1997 JicaPR_0142 Ule-1 Jambi -1.786825 101.670929 50.20 Hydro Inventory Study_1997 JicaPR_0143 Ule-2 Jambi -1.739982 101.693421 14.10 Hydro Inventory Study_1997 JicaPR_0439 Balekambang Jawa Barat -7.03714 107.969 4.90 Hydro Inventory Study_1997 hp_0717 Balekambang Jawa Barat 4.90 PLN (2 - MHPP in HPPS) Screened out hp_0430 Bengkok/Dago Jawa Barat -6.86154 107.62512 3.85 PLN (4 - Minihydro PLN Project) hp_0246 Bojong Cisono Jawa Barat -6.81739 106.44831 1.50 PLN (3 - Minihydro IPP Project) Screened out hp_0179 Caringin Jawa Barat -6.89583 106.40222 4.30 PLN (3 - Minihydro IPP Project) Screened out hp_0686 Cianten 1 Jawa Barat 2.00 PLN (3 - Minihydro IPP Project) Screened out hp_0178 Cianten 1B Jawa Barat -6.70972 106.63778 6.20 PLN (3 - Minihydro IPP Project) hp_0685 Cianten 2 Jawa Barat 5.00 PLN (3 - Minihydro IPP Project) Screened out hp_0684 Cianten 3 Jawa Barat 5.80 PLN (3 - Minihydro IPP Project) Screened out hp_0177 Ciarinem Jawa Barat -7.46144 107.72686 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0176 Ciasem Jawa Barat -6.64492 107.66148 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0132 Cibalapulang Jawa Barat -7.19867 106.99260 9.00 PLN (3 - Minihydro IPP Project) Screened out hp_0068 Cibalapulang 1 Jawa Barat -7.21007 106.98626 11.50 Consultant hp_0067 Cibalapulang 2 Jawa Barat -7.22644 106.98233 6.50 Consultant Screened out hp_0598 Cibalapulang-2 Jawa Barat -7.21086 106.98556 6.50 PLN (3 - Minihydro IPP Project) hp_0175 Cibalapulang-3 Jawa Barat -7.18831 107.00247 6.00 PLN (3 - Minihydro IPP Project) hp_0110 Cibareno 1 Jawa Barat -6.82914 106.43619 5.00 Consultant Screened out JicaPR_0533 Cibareno-1 Jawa Barat -6.8332 106.437 18.00 Hydro Inventory Study_1997 JicaPR_0535 Cibareno-3 Jawa Barat -6.93926 106.399 38.90 Hydro Inventory Study_1997 hp_0131 Cibatarua Jawa Barat -7.40148 107.68349 5.00 PLN (3 - Minihydro IPP Project) hp_0418 Cibatarua Panyairan Jawa Barat -7.38894 107.68830 8.23 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0438 Cibatu Jawa Barat -7.06464 107.98 9.70 Hydro Inventory Study_1997 hp_0756 Cibatu Jawa Barat 9.70 PLN (2 - MHPP in HPPS) Screened out hp_0757 Cibinong Jawa Barat 0.20 PLN (4 - Minihydro PLN Project) hp_0173 Cibuni Jawa Barat -7.20138 107.24696 3.20 PLN (3 - Minihydro IPP Project) Screened out hp_0065 Cibuni Pusaka 1 Jawa Barat -7.21934 107.21003 1.00 Consultant JicaPR_0519 Cibuni-1 Jawa Barat -7.2059 107.227 30.20 Hydro Inventory Study_1997 JicaPR_0520 Cibuni-2 Jawa Barat -7.22898 107.183 7.00 Hydro Inventory Study_1997 hp_1002 Cibuni-2 Jawa Barat 7.00 PLN (2 - MHPP in HPPS) Screened out JicaEX_0068 Cibuni-3 Jawa Barat -7.313859 106.927331 172.00 Hydro Inventory Study_1997 JicaEX_0069 Cibuni-4 Jawa Barat -7.349599 106.833068 71.11 Hydro Inventory Study_1997 hp_0416 Cicatih Jawa Barat -6.95155 106.75570 6.40 PLN (3 - Minihydro IPP Project) Screened out hp_0252 Ciherang Jawa Barat -6.65200 107.51592 1.50 PLN (3 - Minihydro IPP Project) Screened out hp_0064 Cijampang Jawa Barat -7.14147 107.18180 1.10 Consultant hp_1014 Cijampang 2A Jawa Barat 1.10 PLN (3 - Minihydro IPP Project) hp_0429 Cijedil Jawa Barat -6.80355 107.08891 0.79 PLN (4 - Minihydro PLN Project) hp_0171 Cikaengan Jawa Barat -7.51161 107.92881 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0253 Cikaengan Najaten Jawa Barat -7.65353 107.92356 7.20 PLN (3 - Minihydro IPP Project) hp_0170 Cikaengan-2 Jawa Barat -7.57345 107.92641 7.20 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0513 Cikaingan Jawa Barat -7.55911 107.917 19.00 Hydro Inventory Study_1997 JicaEX_0041 Cikalong Jawa Barat -7.18764 107.604 19.20 Hydro Inventory Study_1997 hp_0001 Cikalong Jawa Barat -7.11493 107.55040 19.20 Consultant Screened out hp_0169 Cikandang Jawa Barat -7.45261 107.67525 6.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0514 Cikandang-1 Jawa Barat -7.47016 107.667 12.20 Hydro Inventory Study_1997 JicaPR_0515 Cikandang-2 Jawa Barat -7.54184 107.596 20.80 Hydro Inventory Study_1997 hp_0683 Cikaniki 1 Jawa Barat 2.50 PLN (3 - Minihydro IPP Project) hp_0682 Cikaniki 2 Jawa Barat 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0525 Cikarang-2 Jawa Barat -7.32891 106.545 0.60 Hydro Inventory Study_1997 hp_0758 Cikarang-2 Jawa Barat 0.60 PLN (2 - MHPP in HPPS) Screened out hp_0428 Cikaso Jawa Barat -7.23438 106.81656 5.30 PLN (3 - Minihydro IPP Project) JicaPR_0524 Cikaso/Cicurug Jawa Barat -7.34237 106.613 2.00 Hydro Inventory Study_1997 hp_0759 Cikaso/Cicurug Jawa Barat 2.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0521 Cikaso-1 Jawa Barat -7.24783 106.779 10.10 Hydro Inventory Study_1997 JicaPR_0522 Cikaso-2 Jawa Barat -7.29897 106.72 70.00 Hydro Inventory Study_1997 JicaEX_0070 Cikaso-3 Jawa Barat -7.334211 106.664365 29.80 Hydro Inventory Study_1997 JicaPR_0523 Cikaso-4 Jawa Barat -7.35676 106.642 75.80 Hydro Inventory Study_1997 hp_0168 Cikawung Atas Jawa Barat -7.32708 107.54531 5.00 PLN (3 - Minihydro IPP Project) Screened out hp_0167 Cikawung Bawah Jawa Barat -7.33067 107.52225 2.50 PLN (3 - Minihydro IPP Project) Screened out hp_0166 Cikopo-2 Jawa Barat -7.36611 107.66694 6.20 PLN (3 - Minihydro IPP Project) Screened out hp_0165 Cilaki Jawa Barat -7.30806 107.51944 7.40 PLN (3 - Minihydro IPP Project) Screened out Annex I – Unprocessed SHP Data Page 7 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0681 Cilaki 1A Jawa Barat 3.14 PLN (3 - Minihydro IPP Project) hp_0680 Cilaki 1B Jawa Barat 9.69 PLN (3 - Minihydro IPP Project) hp_0063 Cilaki Malabar Jawa Barat -7.24500 107.56416 0.80 Consultant JicaPR_0516 Cilaki-1 Jawa Barat -7.34234 107.485 36.60 Hydro Inventory Study_1997 JicaPR_0517 Cilaki-2 Jawa Barat -7.36847 107.483 17.20 Hydro Inventory Study_1997 JicaPR_0518 Cilaki-3 Jawa Barat -7.44904 107.428 45.90 Hydro Inventory Study_1997 JicaPR_0512 Cilangka Jawa Barat -7.70613 108.111 43.40 Hydro Inventory Study_1997 hp_0254 Cilayu Kulon Jawa Barat -7.38650 107.56592 5.20 PLN (3 - Minihydro IPP Project) Screened out hp_0255 Cileat Jawa Barat -6.78345 107.74950 5.18 PLN (3 - Minihydro IPP Project) Screened out hp_0062 Cileteuh Jawa Barat -7.25708 106.50147 1.80 Consultant Screened out JicaPR_0526 Ciletuh Jawa Barat -7.23785 106.523 9.20 Hydro Inventory Study_1997 hp_0760 Ciletuh Jawa Barat 9.20 PLN (2 - MHPP in HPPS) Screened out JicaEX_0034 Ciliman Jawa Barat -6.597846 106.040141 - 1.00 Hydro Inventory Study_1997 hp_0361 Cimandiri Jawa Barat -6.98228 106.86539 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0527 Cimandiri-1 Jawa Barat -6.96951 106.868 26.40 Hydro Inventory Study_1997 JicaPR_0528 Cimandiri-2 Jawa Barat -7.00178 106.765 69.00 Hydro Inventory Study_1997 JicaEX_0071 Cimandiri-3 Jawa Barat -6.993222 106.680488 238.00 Hydro Inventory Study_1997 JicaPR_0529 Cimandiri-6 Jawa Barat -6.9473 106.733 3.60 Hydro Inventory Study_1997 hp_1003 Cimandiri-6 Jawa Barat 3.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0530 Cimandiri-7 Jawa Barat -7.03426 106.796 1.80 Hydro Inventory Study_1997 hp_0679 Cimandiri-7 Jawa Barat 1.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0531 Cimandiri-8 Jawa Barat -7.02894 106.77 4.70 Hydro Inventory Study_1997 hp_1004 Cimandiri-8 Jawa Barat 4.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0532 Cimandiri-9 Jawa Barat -6.90936 106.611 71.00 Hydro Inventory Study_1997 hp_0762 Cinta Mekar Jawa Barat 0.12 PLN (3 - Minihydro IPP Project) JicaPR_0444 Cipanas/Cipeles Jawa Barat -6.79904 107.977 3.00 Hydro Inventory Study_1997 hp_0763 Cipanas/Cipeles Jawa Barat 3.00 PLN (2 - MHPP in HPPS) Screened out JicaEX_0044 Cipasang Jawa Barat -6.964596 108.089928 400.00 Hydro Inventory Study_1997 hp_0764 Cipayung Jawa Barat 0.24 PLN (4 - Minihydro PLN Project) JicaPR_0435 Cipunegara-1 Jawa Barat -6.56723 107.811 101.50 Hydro Inventory Study_1997 JicaPR_0436 Cipunegara-2 Jawa Barat -6.55391 107.832 37.90 Hydro Inventory Study_1997 JicaEX_0037 Cirata Jawa Barat -6.68261 107.342 500.00 Hydro Inventory Study_1997 hp_0033 Cirata Jawa Barat -6.70062 107.36785 18.00 Consultant Screened out hp_0144 Cirompang Jawa Barat -7.47471 107.61495 8.00 PLN (3 - Minihydro IPP Project) Screened out hp_0256 Cirompang Mekarmukti Jawa Barat -7.50369 107.59730 4.00 PLN (3 - Minihydro IPP Project) hp_0143 Cisanggiri Jawa Barat -7.51452 107.83763 3.00 PLN (3 - Minihydro IPP Project) hp_0061 Cisanggiri Jayamukti Jawa Barat -7.55698 107.84808 7.00 Consultant hp_0060 Cisereuh Jawa Barat -7.27306 106.67253 2.10 Consultant hp_0765 Cisiih Jawa Barat 9.70 PLN (2 - MHPP in HPPS) Screened out hp_0161 Cisono Jawa Barat -6.81332 106.45292 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0505 Citanduy-1 Jawa Barat -7.33112 108.299 28.40 Hydro Inventory Study_1997 JicaPR_0506 Citanduy-2 Jawa Barat -7.35415 108.374 20.00 Hydro Inventory Study_1997 JicaPR_0507 Citanduy-3 Jawa Barat -7.33647 108.465 2.60 Hydro Inventory Study_1997 hp_0766 Citanduy-3 Jawa Barat 2.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0508 Citanduy-4 Jawa Barat -7.14559 108.517 31.70 Hydro Inventory Study_1997 JicaPR_0509 Citanduy-5 Jawa Barat -7.18444 108.552 4.80 Hydro Inventory Study_1997 hp_0767 Citanduy-5 Jawa Barat 4.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0434 Citarum-1 Jawa Barat -7.06197 107.499 19.20 Hydro Inventory Study_1997 JicaPR_0511 Ciwulan Jawa Barat -7.66726 108.174 203.90 Hydro Inventory Study_1997 hp_0057 Curug Jawa Barat -6.44648 107.37930 6.80 Consultant hp_0056 Curug Citambur Jawa Barat -7.19257 107.23479 0.62 Consultant hp_0055 Curug Malela Jawa Barat -7.01120 107.20571 3.20 Consultant hp_0777 Curugagung Jawa Barat 0.15 PLN (3 - Minihydro IPP Project) hp_0032 Dago Jawa Barat -6.86814 107.61390 0.70 Consultant JicaPR_0437 Garut Jawa Barat -7.22134 107.904 3.70 Hydro Inventory Study_1997 hp_0615 Garut Jawa Barat 3.70 PLN (2 - MHPP in HPPS) Screened out hp_0811 Jambelair (Melong) Jawa Barat 0.10 PLN (3 - Minihydro IPP Project) JicaEX_0045 Jatigede Jawa Barat -6.894198 108.092749 175.00 Hydro Inventory Study_1997 hp_0415 Jatigede Jawa Barat -6.85000 108.08333 11.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_1030 Jatigede (FTP2) Jawa Barat 55.00 RUPTL JicaEX_0036 Jatiluhur Jawa Barat -6.50479 107.391 150.00 Hydro Inventory Study_1997 hp_0030 Jatiluhur Jawa Barat -6.52372 107.38974 175.00 Consultant Screened out hp_0263 Jatisari Jawa Barat -7.54363 107.85192 5.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0441 Kadu Malik Jawa Barat -6.91608 108.195 85.80 Hydro Inventory Study_1997 hp_0151 Kalapa Nunggal Jawa Barat -7.34086 107.19411 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0268 Kanzy-5 Jawa Barat -7.48098 107.61213 5.00 PLN (3 - Minihydro IPP Project) Screened out hp_0274 Kerta Mukti Jawa Barat -6.99056 106.75719 6.30 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0042 Kracak Jawa Barat -6.4663 107.185 16.57 Hydro Inventory Study_1997 hp_0024 Kracak Jawa Barat -6.61695 106.64421 18.90 Consultant Screened out JicaEX_0040 Lamajan Jawa Barat -7.17919 107.579 19.20 Hydro Inventory Study_1997 hp_0023 Lamajan Jawa Barat -7.14115 107.55404 19.20 Consultant Screened out hp_0035 Malabar Jawa Barat -7.24496 107.56364 3.00 Consultant hp_0887 Matenggeng Jawa Barat 887.00 PLN (1 - Masterplan of HEPP Development List) hp_0206 Pakenjeng Atas Jawa Barat -7.42676 107.67798 3.60 PLN (3 - Minihydro IPP Project) hp_0205 Pakenjeng Bawah Jawa Barat -7.47019 107.67244 5.70 PLN (3 - Minihydro IPP Project) JicaEX_0046 Parakan Kondang Jawa Barat -6.77469 108.129 9.92 Hydro Inventory Study_1997 hp_0139 Parakan Kondang Jawa Barat -6.83419 108.10257 9.90 PLN (4 - Minihydro PLN Project) Screened out JicaPR_0440 Pasir Kalong Jawa Barat -6.9406 108.094 199.90 Hydro Inventory Study_1997 JicaPR_0442 Pasir Kuda Jawa Barat -6.84248 108.18 8.40 Hydro Inventory Study_1997 hp_0911 Pasir Kuda Jawa Barat 8.40 PLN (2 - MHPP in HPPS) Screened out JicaEX_0039 Plengan Jawa Barat -7.17045 107.703 5.15 Hydro Inventory Study_1997 hp_0439 Plengan Jawa Barat -7.16940 107.55470 6.87 PLN (4 - Minihydro PLN Project) Screened out Annex I – Unprocessed SHP Data Page 8 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0108 Pusaka 1 Jawa Barat -7.21932 107.21082 8.00 Consultant Screened out hp_0107 Pusaka 3 Jawa Barat -7.24212 107.17112 3.00 Consultant Screened out hp_0199 Pusaka-1 Jawa Barat -7.20250 107.23028 8.80 PLN (3 - Minihydro IPP Project) Screened out hp_0130 Pusaka-3 Jawa Barat -7.24088 107.17182 3.00 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0035 Rajamandala Jawa Barat -6.839847 107.325512 58.00 Hydro Inventory Study_1997 hp_0590 Rajamandala Jawa Barat -6.83333 107.31667 58.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaEX_0038 Saguling Jawa Barat -6.89251 107.356 700.00 Hydro Inventory Study_1997 hp_0016 Saguling Jawa Barat -6.86539 107.35170 7.00 Consultant Screened out hp_0937 Selamangu Jawa Barat 0.15 PLN (4 - Minihydro PLN Project) hp_0191 Sindang Cai Jawa Barat -6.61018 107.68025 0.80 PLN (3 - Minihydro IPP Project) Screened out hp_0082 Talun Jawa Barat -7.26297 107.63132 0.21 Consultant JicaEX_0043 Ubrug Jawa Barat -6.53487 107.146 17.10 Hydro Inventory Study_1997 hp_0007 Ubrug Jawa Barat -6.94990 106.75559 27.90 Consultant Screened out JicaPR_0443 Ujung Jaya/Paseh Jawa Barat -6.7394 108.074 2.50 Hydro Inventory Study_1997 hp_0978 Ujung Jaya/Paseh Jawa Barat 2.50 PLN (2 - MHPP in HPPS) Screened out hp_0104 Upper Cisokan Jawa Barat -6.94777 107.23007 14.00 Consultant hp_1048 Upper Cisokan Pump Storage (FTP2) Jawa Barat 1 040.00 RUPTL hp_0578 Upper Cisokan-PS Jawa Barat -6.93333 107.16667 1.00 PLN (1 - Masterplan of HEPP Development List) hp_0354 Waeroa Jawa Barat -7.30750 107.50892 0.40 PLN (3 - Minihydro IPP Project) hp_0698 Adipasir 1 Jawa Tengah 0.34 PLN (3 - Minihydro IPP Project) hp_0694 Adipasir 2 Jawa Tengah 0.34 PLN (3 - Minihydro IPP Project) hp_0129 Adipasir 3 Jawa Tengah -7.42824 109.53886 0.32 PLN (3 - Minihydro IPP Project) hp_0070 Adipasir Dua Jawa Tengah -7.42583 109.54451 0.34 Consultant hp_0113 Adipasir Satu Jawa Tengah -7.42343 109.54767 0.34 Consultant hp_0164 Ambal Jawa Tengah -7.26356 109.70816 2.10 PLN (3 - Minihydro IPP Project) hp_0716 Balasulpuh Jawa Tengah 0.20 PLN (4 - Minihydro PLN Project) hp_0218 Banjaran Kebonmanis Jawa Tengah -7.34078 109.21999 2.20 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0445 Bantarsari Jawa Tengah -7.17967 108.875 20.60 Hydro Inventory Study_1997 hp_0417 Banyubiru Jawa Tengah -7.33246 110.42933 0.17 PLN (3 - Minihydro IPP Project) hp_0210 Banyumlayu Jawa Tengah -7.40791 109.66828 0.46 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0448 Bela Jawa Tengah -7.05196 109.963 10.80 Hydro Inventory Study_1997 hp_1043 Bendosari Jawa Tengah 4.00 RUPTL Screened out JicaPR_0492 Bener Jawa Tengah -7.54673 110.035 0.40 Hydro Inventory Study_1997 hp_0735 Bener Jawa Tengah 0.40 PLN (2 - MHPP in HPPS) Screened out hp_0181 Binangun Jawa Tengah -7.05784 109.79602 3.75 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0491 Bogowonto-1 Jawa Tengah -7.53048 110.031 3.60 Hydro Inventory Study_1997 hp_0739 Bogowonto-1 Jawa Tengah 3.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0493 Bogowonto-2 Jawa Tengah -7.56729 110.03 5.20 Hydro Inventory Study_1997 hp_0740 Bogowonto-2 Jawa Tengah 5.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0494 Bogowonto-3 Jawa Tengah -7.61545 110.037 5.90 Hydro Inventory Study_1997 hp_0741 Bogowonto-3 Jawa Tengah 5.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0495 Bogowonto-4 Jawa Tengah -7.64558 110.044 3.80 Hydro Inventory Study_1997 hp_0742 Bogowonto-4 Jawa Tengah 3.80 PLN (2 - MHPP in HPPS) Screened out hp_0754 Cenal Jawa Tengah 0.90 PLN (4 - Minihydro PLN Project) JicaPR_0510 Citanduy-6 Jawa Tengah -7.26688 108.573 62.10 Hydro Inventory Study_1997 JicaPR_0449 Curug Sewu-1 Jawa Tengah -7.08879 110.11 5.40 Hydro Inventory Study_1997 hp_0775 Curug Sewu-1 Jawa Tengah 5.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0450 Curug Sewu-2 Jawa Tengah -7.07643 110.136 2.80 Hydro Inventory Study_1997 hp_0776 Curug Sewu-2 Jawa Tengah 2.80 PLN (2 - MHPP in HPPS) Screened out hp_0678 Dadapayam Jawa Tengah 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_1036 Damar Jawa Tengah 2.10 RUPTL Screened out JicaEX_0067 Garung Jawa Tengah -7.28667 109.929 26.40 Hydro Inventory Study_1997 hp_0031 Garung Jawa Tengah -7.29247 109.92268 26.40 Consultant Screened out JicaPR_0496 Geger Menjangan Jawa Tengah -7.67979 110.05 4.20 Hydro Inventory Study_1997 hp_0793 Geger Menjangan Jawa Tengah 4.20 PLN (2 - MHPP in HPPS) Screened out hp_0159 Gelang Jawa Tengah -7.43972 109.51639 0.30 PLN (3 - Minihydro IPP Project) JicaEX_0064 Gintung Jawa Tengah -7.34364 109.433049 19.18 Hydro Inventory Study_1997 hp_0156 Gunung Wugul Jawa Tengah -7.31167 109.71250 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0455 Gunung Wulan Jawa Tengah -7.16981 110.64 4.40 Hydro Inventory Study_1997 hp_0797 Gunung Wulan Jawa Tengah 4.40 PLN (2 - MHPP in HPPS) Screened out hp_0155 Harjosari Jawa Tengah -7.14395 109.53253 9.90 PLN (3 - Minihydro IPP Project) hp_0029 Jelog and Timo Jawa Tengah -7.24410 110.48146 32.48 Consultant Screened out JicaEX_0048 Jelok Jawa Tengah -7.11545 110.688 20.48 Hydro Inventory Study_1997 hp_0153 Jimat Jawa Tengah -7.37558 109.88908 0.50 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0456 Jragung Jawa Tengah -7.08248 110.577 3.20 Hydro Inventory Study_1997 hp_0816 Jragung Jawa Tengah 3.20 PLN (2 - MHPP in HPPS) Screened out hp_0820 Kali Kuning Jawa Tengah 0.80 PLN (4 - Minihydro PLN Project) hp_0821 Kalianget Jawa Tengah 0.16 PLN (4 - Minihydro PLN Project) JicaPR_0489 Kaloran Jawa Tengah -7.28166 110.257 4.90 Hydro Inventory Study_1997 hp_0825 Kaloran Jawa Tengah 4.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0447 Karang Anyar Jawa Tengah -7.02539 109.438 13.70 Hydro Inventory Study_1997 JicaPR_0498 Karang Sambung Jawa Tengah -7.53092 109.68 19.60 Hydro Inventory Study_1997 hp_0831 Karang Tengah Jawa Tengah 0.32 PLN (4 - Minihydro PLN Project) JicaPR_0503 Kebanaran Jawa Tengah -7.43395 109.604 7.00 Hydro Inventory Study_1997 hp_0834 Kebanaran Jawa Tengah 7.00 PLN (2 - MHPP in HPPS) Screened out JicaEX_0050 Kedungombo Jawa Tengah -7.26777 110.836 22.50 Hydro Inventory Study_1997 hp_0027 Kedungombo Jawa Tengah -7.25647 110.83947 23.00 Consultant Screened out JicaEX_0047 Ketenger Jawa Tengah -7.11684 109.341 7.04 Hydro Inventory Study_1997 hp_0126 Ketenger Jawa Tengah -7.33317 109.22080 8.40 PLN (4 - Minihydro PLN Project) Screened out hp_1086 KInc.ang Jawa Tengah 0.30 RUPTL Screened out hp_0125 Kincang Jawa Tengah -7.42065 109.55098 0.32 PLN (3 - Minihydro IPP Project) Screened out hp_0425 Klambu Jawa Tengah -7.01804 110.80381 1.17 PLN (4 - Minihydro PLN Project) Annex I – Unprocessed SHP Data Page 9 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0047 Klawing Palumbungan Jawa Tengah -7.27532 109.36315 1.32 Consultant hp_0224 Kunci Putih Jawa Tengah -7.21595 110.50220 0.95 PLN (3 - Minihydro IPP Project) Screened out hp_0223 Lambur Jawa Tengah -7.12505 109.51433 8.00 PLN (3 - Minihydro IPP Project) hp_0296 Lebak Barang Jawa Tengah -7.12200 109.66437 6.99 PLN (3 - Minihydro IPP Project) Screened out hp_0040 Logawa Babakan Jawa Tengah -7.37222 109.18263 1.34 Consultant Screened out hp_0039 Logawa Baseh Jawa Tengah -7.36375 109.17901 1.86 Consultant Screened out hp_0219 Logawa Baseh Jawa Tengah -7.32394 109.18211 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_1082 Logawa Baseh Karangpelem Jawa Tengah 1.90 RUPTL Screened out hp_0217 Logawa Sunyalangu Jawa Tengah -7.33631 109.18322 1.52 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0451 Lutut-I Jawa Tengah -7.13909 110.162 17.90 Hydro Inventory Study_1997 hp_1079 Matenggeng PS Jawa Tengah 900.00 RUPTL Screened out JicaEX_0063 Maung Jawa Tengah -7.343849 109.720916 360.00 Hydro Inventory Study_1997 hp_0526 Maung Jawa Tengah -7.33333 109.71667 36.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0215 Merden Jawa Tengah -7.65556 109.79908 0.40 PLN (3 - Minihydro IPP Project) JicaEX_0066 Mrica Jawa Tengah -7.39727 109.609 184.50 Hydro Inventory Study_1997 hp_0019 Mrica (PB Soedirman) Jawa Tengah -7.39510 109.60860 184.50 Consultant hp_0896 Ngargoyoso Jawa Tengah 0.60 PLN (4 - Minihydro PLN Project) hp_0900 Oyo-1 Jawa Tengah 7.40 PLN (2 - MHPP in HPPS) Screened out hp_0901 Oyo-2 Jawa Tengah 9.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0497 Padegolan Jawa Tengah -7.63792 109.784 20.20 Hydro Inventory Study_1997 hp_0208 Pagarpelah Jawa Tengah -7.28944 109.70333 3.20 PLN (3 - Minihydro IPP Project) Screened out hp_0207 Pageruyung Jawa Tengah -7.06528 110.00306 4.40 PLN (3 - Minihydro IPP Project) Screened out hp_0364 Pageruyung (Damar) Jawa Tengah -7.04547 110.04905 2.70 PLN (3 - Minihydro IPP Project) Screened out hp_0204 Palumbungan Jawa Tengah -7.27430 109.35649 1.60 PLN (3 - Minihydro IPP Project) hp_0442 Pejengkolan Jawa Tengah -7.65934 109.77162 1.40 PLN (4 - Minihydro PLN Project) hp_0098 Plumbungan Jawa Tengah -7.41148 109.56830 1.60 Consultant hp_0201 Preng-1 Jawa Tengah -7.36310 109.87813 1.80 PLN (3 - Minihydro IPP Project) hp_0200 Preng-2 Jawa Tengah -7.38245 109.87255 4.50 PLN (3 - Minihydro IPP Project) hp_0450 Prukut Sambirata Jawa Tengah -7.35147 109.13255 1.50 PLN (3 - Minihydro IPP Project) JicaPR_0502 Ps. Klawing Jawa Tengah -7.2374 109.414 14.10 Hydro Inventory Study_1997 hp_1058 Pugeran Jawa Tengah 6.00 RUPTL JicaPR_0452 Putih Jawa Tengah -7.14546 110.197 11.70 Hydro Inventory Study_1997 hp_0138 Rakit Jawa Tengah -7.43244 109.52952 0.50 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0065 Rawalo-1 Jawa Tengah -7.524974 109.197657 0.64 Hydro Inventory Study_1997 JicaPR_0453 Rowopening Jawa Tengah -7.25565 110.47 20.10 Hydro Inventory Study_1997 JicaPR_0454 Sambirejo Jawa Tengah -7.19422 110.548 7.90 Hydro Inventory Study_1997 hp_0934 Sambirejo Jawa Tengah 7.90 PLN (2 - MHPP in HPPS) Screened out hp_1018 Selorejo Jawa Tengah 1.40 RUPTL Screened out hp_0433 Sempor Jawa Tengah -7.56776 109.48777 1.00 PLN (4 - Minihydro PLN Project) hp_0942 Serang Jawa Tengah 1.10 PLN (2 - MHPP in HPPS) Screened out hp_0195 Serayu Jawa Tengah -7.39354 109.88486 8.62 PLN (3 - Minihydro IPP Project) Screened out hp_0945 Sidorejo Jawa Tengah 1.40 PLN (4 - Minihydro PLN Project) hp_0332 Sigebang Jawa Tengah -7.38944 109.59447 0.50 PLN (3 - Minihydro IPP Project) hp_0135 Singgi Jawa Tengah -7.40148 109.68982 0.20 PLN (3 - Minihydro IPP Project) Screened out hp_0084 Siteki Jawa Tengah -7.40529 109.56817 1.20 Consultant JicaPR_0499 Solomerto Jawa Tengah -7.42493 109.88 10.40 Hydro Inventory Study_1997 hp_0956 Susukan Jawa Tengah 0.10 PLN (4 - Minihydro PLN Project) JicaPR_0504 Tajum Jawa Tengah -7.42546 109.042 5.40 Hydro Inventory Study_1997 hp_0959 Tajum Jawa Tengah 5.40 PLN (2 - MHPP in HPPS) Screened out hp_0432 Tapen Jawa Tengah -7.38682 109.60085 0.75 PLN (4 - Minihydro PLN Project) JicaPR_0501 Telogo Jawa Tengah -7.31877 109.657 23.90 Hydro Inventory Study_1997 hp_0186 Timbangreja Jawa Tengah -7.06353 109.13664 0.40 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0049 Timo Jawa Tengah -7.13518 110.67 12.00 Hydro Inventory Study_1997 hp_1017 Timo Jawa Tengah 12.00 RUPTL Screened out hp_0975 Tonjong Jawa Tengah 0.21 PLN (4 - Minihydro PLN Project) JicaPR_0500 Tulis Jawa Tengah -7.36776 109.784 9.50 Hydro Inventory Study_1997 hp_0184 Tulis Jawa Tengah -7.28118 109.84269 9.00 PLN (3 - Minihydro IPP Project) Screened out hp_0431 Tulis Jawa Tengah -7.31510 109.76966 9.50 PLN (2 - MHPP in HPPS) Screened out hp_0076 Tulis Limbangan Jawa Tengah -7.37964 109.76486 5.00 Consultant hp_0075 Tulis Windusari Jawa Tengah -7.31939 109.80864 4.00 Consultant hp_0074 Urang Ambal Jawa Tengah -7.27493 109.70710 2.10 Consultant Screened out JicaEX_0062 Wadaslintang Jawa Tengah -7.56426 109.81 16.00 Hydro Inventory Study_1997 hp_0006 Wadaslintang Jawa Tengah -7.60872 109.78177 16.40 Consultant Screened out hp_0581 Wanganaji Jawa Tengah -7.30417 109.91528 0.14 PLN (3 - Minihydro IPP Project) JicaPR_0446 Watu Kumpul Jawa Tengah -7.1059 109.42 30.70 Hydro Inventory Study_1997 hp_0995 Winong Jawa Tengah 0.50 PLN (4 - Minihydro PLN Project) hp_0996 Wonodadi Jawa Tengah 0.21 PLN (4 - Minihydro PLN Project) JicaEX_0051 Wonogiri Jawa Tengah -7.83566 110.925 12.40 Hydro Inventory Study_1997 hp_0004 Wonogiri (Gajahmungkur) Jawa Tengah -7.83726 110.92667 12.40 Consultant Screened out hp_0706 Ampel Gading Jawa Timur 1.00 PLN (4 - Minihydro PLN Project) hp_0049 Ampelgading Jawa Timur -8.26003 112.91086 1.00 Consultant Screened out hp_0227 Balelo Jawa Timur -8.10395 113.58023 4.30 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0477 Barek Jawa Timur -8.37799 112.567 10.60 Hydro Inventory Study_1997 JicaPR_0473 Baung Jawa Timur -7.7739 112.782 7.80 Hydro Inventory Study_1997 hp_0728 Baung Jawa Timur 7.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0458 Bendo Jawa Timur -7.93505 111.599 6.20 Hydro Inventory Study_1997 hp_0734 Bendo Jawa Timur 6.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0463 Blobo Jawa Timur -8.11744 112.604 8.90 Hydro Inventory Study_1997 hp_0612 Blobo Jawa Timur 8.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0486 Brungkah Jawa Timur -8.08445 111.139 1.20 Hydro Inventory Study_1997 hp_0613 Brungkah Jawa Timur 1.20 PLN (2 - MHPP in HPPS) Screened out hp_0427 Giringan Jawa Timur -7.72242 111.67325 3.20 PLN (4 - Minihydro PLN Project) Annex I – Unprocessed SHP Data Page 10 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0426 Golang Jawa Timur -7.70974 111.66307 2.70 PLN (4 - Minihydro PLN Project) JicaPR_0484 Grindulu-1 Jawa Timur -8.06894 111.333 5.50 Hydro Inventory Study_1997 hp_0796 Grindulu-1 Jawa Timur 5.50 PLN (2 - MHPP in HPPS) Screened out JicaEX_0061 Grindulu-2 Jawa Timur -8.116388 111.193041 16.28 Hydro Inventory Study_1997 hp_0497 Grindulu-PS-3 Jawa Timur -8.13333 111.20000 1.00 PLN (1 - Masterplan of HEPP Development List) JicaPR_0457 Jipang Jawa Timur -7.17802 111.59 67.20 Hydro Inventory Study_1997 hp_0152 Jompo 1 (Jompo Atas) Jawa Timur -8.06250 113.67222 2.12 PLN (3 - Minihydro IPP Project) Screened out hp_0451 Jompo 2 (Jompo Bawah) Jawa Timur -8.08106 113.66725 3.16 PLN (3 - Minihydro IPP Project) Screened out hp_0504 K. Konto-PS Jawa Timur -7.85000 112.38333 1.00 PLN (1 - Masterplan of HEPP Development List) hp_0150 Kali Tengah (Sungai Tengah) Jawa Timur -8.10944 113.51861 1.41 PLN (3 - Minihydro IPP Project) hp_0505 Kalikonto-2 Jawa Timur -7.88333 112.40000 62.00 PLN (1 - Masterplan of HEPP Development List) hp_0822 Kalimaron (PLN) Jawa Timur 0.40 PLN (4 - Minihydro PLN Project) hp_0823 Kalimaron Seloliman Jawa Timur 0.30 PLN (3 - Minihydro IPP Project) hp_0267 Kanzy-1 Jawa Timur -7.80381 112.74568 2.36 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0054 Karangkates Jawa Timur -8.16422 112.44 105.00 Hydro Inventory Study_1997 hp_0028 Karangkates (Ir Sutami) Jawa Timur -8.16165 112.44579 15.00 Consultant Screened out hp_0592 Karangkates Ext. Jawa Timur -8.15000 112.43333 1.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0470 Kelantar Jawa Timur -7.9885 111.869 3.60 Hydro Inventory Study_1997 hp_0835 Kelantar Jawa Timur 3.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0464 Kepanjen Jawa Timur -8.16001 112.586 11.40 Hydro Inventory Study_1997 JicaPR_0467 Kesamben Jawa Timur -8.17587 112.332 15.30 Hydro Inventory Study_1997 hp_1088 Kesamben Jawa Timur 37.00 RUPTL Screened out hp_0468 Ketajek Jawa Timur -8.07533 113.57133 3.26 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0459 Lamong Jawa Timur -7.32101 112.314 5.60 Hydro Inventory Study_1997 hp_0852 Lamong Jawa Timur 5.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0465 Lesti-3 Jawa Timur -8.22904 112.694 6.80 Hydro Inventory Study_1997 hp_0627 Lesti-3 Jawa Timur 6.80 PLN (2 - MHPP in HPPS) Screened out hp_0298 Lodagung Jawa Timur -8.14554 112.24641 1.30 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0052 Lodoyo Jawa Timur -8.14278 112.153 4.50 Hydro Inventory Study_1997 hp_0123 Lodoyo Jawa Timur -8.15008 112.19075 4.50 PLN (4 - Minihydro PLN Project) Screened out hp_1083 Lodoyo Jawa Timur 10.00 RUPTL JicaPR_0480 Lorog-1 Jawa Timur -8.12127 111.424 2.30 Hydro Inventory Study_1997 hp_0866 Lorog-1 Jawa Timur 2.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0481 Lorog-2 Jawa Timur -8.15656 111.437 6.00 Hydro Inventory Study_1997 hp_0867 Lorog-2 Jawa Timur 6.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0482 Lorog-3 Jawa Timur -8.1746 111.409 9.30 Hydro Inventory Study_1997 hp_0868 Lorog-3 Jawa Timur 9.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0483 Lorog-4 Jawa Timur -8.18369 111.374 6.10 Hydro Inventory Study_1997 hp_0869 Lorog-4 Jawa Timur 6.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0462 Lumbang Sari Jawa Timur -8.08722 112.625 3.70 Hydro Inventory Study_1997 hp_0871 Lumbang Sari Jawa Timur 3.70 PLN (2 - MHPP in HPPS) Screened out hp_1021 Madiun Jawa Timur 8.10 RUPTL JicaPR_0460 Malang Jawa Timur -8.0058 112.637 6.60 Hydro Inventory Study_1997 hp_0875 Malang Jawa Timur 6.60 PLN (2 - MHPP in HPPS) Screened out JicaEX_0057 Mandalan Jawa Timur -7.87756 112.349 23.00 Hydro Inventory Study_1997 hp_0884 Marun Jawa Timur 0.80 PLN (4 - Minihydro PLN Project) hp_0020 Mendalan Jawa Timur -7.85593 112.32279 23.00 Consultant Screened out JicaPR_0466 Metro Jawa Timur -8.13284 112.564 1.80 Hydro Inventory Study_1997 hp_0636 Metro Jawa Timur 1.80 PLN (2 - MHPP in HPPS) Screened out hp_0444 Ngebel Jawa Timur -7.81485 111.62068 2.20 PLN (4 - Minihydro PLN Project) hp_0209 Pacet Jawa Timur -7.67692 112.53835 1.50 PLN (3 - Minihydro IPP Project) JicaPR_0479 Panggul Jawa Timur -8.20231 111.514 11.70 Hydro Inventory Study_1997 JicaPR_0478 Penguluran Jawa Timur -8.4138 112.655 3.30 Hydro Inventory Study_1997 hp_0641 Penguluran Jawa Timur 3.30 PLN (2 - MHPP in HPPS) Screened out hp_0323 Sampean Baru Jawa Timur -7.82611 113.93722 1.80 PLN (4 - Minihydro PLN Project) JicaPR_0475 Sanen Jawa Timur -8.36055 113.821 10.40 Hydro Inventory Study_1997 JicaEX_0058 Selorejo Jawa Timur -7.87706 112.335 4.50 Hydro Inventory Study_1997 hp_0328 Selorejo Jawa Timur -7.87216 112.35516 4.48 PLN (4 - Minihydro PLN Project) Screened out JicaEX_0055 Sengguruh Jawa Timur -8.18061 112.543 29.00 Hydro Inventory Study_1997 hp_0013 Sengguruh Jawa Timur -8.18374 112.54937 29.00 Consultant Screened out JicaPR_0468 Sengon Jawa Timur -8.00734 111.696 7.80 Hydro Inventory Study_1997 hp_0940 Sengon Jawa Timur 7.80 PLN (2 - MHPP in HPPS) Screened out JicaEX_0056 Siman Jawa Timur -7.84597 112.322 10.80 Hydro Inventory Study_1997 hp_0012 Siman Jawa Timur -7.82939 112.30896 1.80 Consultant Screened out JicaPR_0469 Song Jawa Timur -7.99547 111.836 6.10 Hydro Inventory Study_1997 hp_0949 Song Jawa Timur 6.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0461 Tambak Sari Jawa Timur -8.03925 112.635 10.10 Hydro Inventory Study_1997 hp_0568 Tanggul Jawa Timur -7.43972 112.59972 0.60 PLN (4 - Minihydro PLN Project) JicaPR_0485 Tinatar Jawa Timur -8.0633 111.142 2.20 Hydro Inventory Study_1997 hp_0655 Tinatar Jawa Timur 2.20 PLN (2 - MHPP in HPPS) Screened out JicaEX_0060 Tulung Agung Jawa Timur -8.25654 111.813 36.00 Hydro Inventory Study_1997 hp_0008 Tulungagung (Sidem) Jawa Timur -8.25317 111.79443 36.00 Consultant Screened out JicaPR_0476 Umbulsari Jawa Timur -8.30466 112.926 7.20 Hydro Inventory Study_1997 hp_0980 Umbulsari Jawa Timur 7.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0471 Upper Konto-1 Jawa Timur -7.84976 112.45 12.40 Hydro Inventory Study_1997 JicaPR_0472 Upper Konto-2 Jawa Timur -7.87384 112.406 4.10 Hydro Inventory Study_1997 hp_0981 Upper Konto-2 Jawa Timur 4.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0474 Wanasari Jawa Timur -7.87943 113.89 3.80 Hydro Inventory Study_1997 hp_0989 Wanasari Jawa Timur 3.80 PLN (2 - MHPP in HPPS) Screened out JicaEX_0053 Wlingi Jawa Timur -8.15686 112.219 54.00 Hydro Inventory Study_1997 hp_0005 Wlingi Jawa Timur -8.14037 112.24915 54.00 Consultant Screened out JicaEX_0059 Wonorejo Jawa Timur -8.02814 111.81 6.30 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 11 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0134 Wonorejo Jawa Timur -8.01978 111.80717 6.50 PLN (4 - Minihydro PLN Project) Screened out hp_0998 Wot Lamah Jawa Timur 0.25 PLN (4 - Minihydro PLN Project) hp_0182 Zeelandia Jawa Timur -8.08831 113.47008 2.18 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0685 Ambalau-1 Kalimantan Barat -0.375113 112.949 41.30 Hydro Inventory Study_1997 JicaPR_0686 Ambalau-2 Kalimantan Barat -0.360986 112.989 53.40 Hydro Inventory Study_1997 JicaPR_0687 Ambalau-3 Kalimantan Barat -0.300108 113.016 16.80 Hydro Inventory Study_1997 JicaPR_0688 Ambalau-4 Kalimantan Barat -0.142368 113.131 9.50 Hydro Inventory Study_1997 hp_0705 Ambalau-4 Kalimantan Barat 9.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0689 Ambalau-5 Kalimantan Barat -0.242847 112.996 81.30 Hydro Inventory Study_1997 JicaPR_0690 Ambalau-6 Kalimantan Barat -0.224989 112.866 31.00 Hydro Inventory Study_1997 JicaPR_0691 Ambalau-7 Kalimantan Barat -0.205495 112.773 455.40 Hydro Inventory Study_1997 JicaPR_0636 Angai Kalimantan Barat 1.17799 113.958 15.20 Hydro Inventory Study_1997 hp_0726 Batu Menang Tumbangtiti Kalimantan Barat 0.10 PLN (4 - Minihydro PLN Project) JicaPR_0701 Belimbing-1 Kalimantan Barat -0.573697 111.428 27.50 Hydro Inventory Study_1997 JicaPR_0702 Belimbing-2 Kalimantan Barat -0.513251 111.498 28.30 Hydro Inventory Study_1997 JicaPR_0675 Boyan Kalimantan Barat 0.344192 112.446 38.00 Hydro Inventory Study_1997 JicaPR_0640 Bungan Kalimantan Barat 0.919466 113.665 71.10 Hydro Inventory Study_1997 JicaPR_0633 Centarang Kalimantan Barat -1.35309 110.919 7.90 Hydro Inventory Study_1997 hp_0755 Centarang Kalimantan Barat 7.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0693 Demu Kalimantan Barat -0.150451 112.589 13.60 Hydro Inventory Study_1997 JicaPR_0710 Donge Kalimantan Barat 0.802519 110.015 6.80 Hydro Inventory Study_1997 hp_0786 Donge Kalimantan Barat 6.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0699 Ela Hilir Kalimantan Barat -0.505264 112.057 17.00 Hydro Inventory Study_1997 JicaPR_0698 Ela Hulu Kalimantan Barat -0.482453 112.162 20.60 Hydro Inventory Study_1997 hp_0814 Jitan Kalimantan Barat 3.43 PLN (4 - Minihydro PLN Project) hp_0265 Kalis Kalimantan Barat 0.53066 113.07224 3.00 PLN (4 - Minihydro PLN Project) JicaPR_0661 Kalis-1 Kalimantan Barat 0.530145 113.071 19.80 Hydro Inventory Study_1997 JicaPR_0662 Kalis-2 Kalimantan Barat 0.566304 112.958 6.50 Hydro Inventory Study_1997 hp_0824 Kalis-2 Kalimantan Barat 6.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0634 Kapuas-1 Kalimantan Barat 1.33085 113.987 41.50 Hydro Inventory Study_1997 JicaPR_0637 Kapuas-2 Kalimantan Barat 1.11921 113.726 146.90 Hydro Inventory Study_1997 JicaPR_0638 Kapuas-3 Kalimantan Barat 1.00252 113.643 214.80 Hydro Inventory Study_1997 JicaPR_0641 Kapuas-4 Kalimantan Barat 0.944165 113.487 490.40 Hydro Inventory Study_1997 JicaPR_0642 Kapuas-5 Kalimantan Barat 0.856899 113.357 53.80 Hydro Inventory Study_1997 JicaPR_0648 Kapuas-6 Kalimantan Barat 0.759657 113.252 124.10 Hydro Inventory Study_1997 JicaPR_0630 Kawah Kalimantan Barat -1.24298 111.125 17.80 Hydro Inventory Study_1997 JicaPR_0700 Kelawai Kalimantan Barat -0.687801 111.826 8.60 Hydro Inventory Study_1997 hp_0836 Kelawai Kalimantan Barat 8.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0663 Kenyau-1 Kalimantan Barat 1.4779 112.771 83.60 Hydro Inventory Study_1997 JicaPR_0664 Kenyau-2 Kalimantan Barat 1.4366 112.804 20.20 Hydro Inventory Study_1997 JicaPR_0665 Kenyau-3 Kalimantan Barat 1.39253 112.784 24.10 Hydro Inventory Study_1997 JicaPR_0666 Kenyau-4 Kalimantan Barat 1.39842 112.536 88.60 Hydro Inventory Study_1997 JicaPR_0667 Kenyau-5 Kalimantan Barat 1.41557 112.495 68.40 Hydro Inventory Study_1997 JicaPR_0668 Kenyau-6 Kalimantan Barat 1.3306 112.408 314.30 Hydro Inventory Study_1997 JicaPR_0669 Kenyau-7 Kalimantan Barat 1.19078 112.391 37.10 Hydro Inventory Study_1997 JicaPR_0632 Kerabai Kalimantan Barat -0.957325 111.036 27.40 Hydro Inventory Study_1997 JicaPR_0643 Keriyau-1 Kalimantan Barat 0.486162 113.547 35.10 Hydro Inventory Study_1997 JicaPR_0644 Keriyau-2 Kalimantan Barat 0.573194 113.566 12.30 Hydro Inventory Study_1997 JicaPR_0645 Keriyau-3 Kalimantan Barat 0.659865 113.611 48.50 Hydro Inventory Study_1997 JicaPR_0646 Keriyau-4 Kalimantan Barat 0.715331 113.453 26.30 Hydro Inventory Study_1997 JicaPR_0647 Keriyau-5 Kalimantan Barat 0.760141 113.387 124.70 Hydro Inventory Study_1997 JicaPR_0706 Landak-1 Kalimantan Barat 0.938116 110.024 12.00 Hydro Inventory Study_1997 JicaPR_0707 Landak-2 Kalimantan Barat 0.982245 110.048 13.20 Hydro Inventory Study_1997 JicaPR_0708 Landak-3 Kalimantan Barat 0.959574 110.14 15.40 Hydro Inventory Study_1997 JicaPR_0709 Landak-4 Kalimantan Barat 0.843362 110.158 21.60 Hydro Inventory Study_1997 JicaPR_0692 Lekawi Kalimantan Barat -0.281731 112.68 15.90 Hydro Inventory Study_1997 hp_0299 Mahap Kalimantan Barat -0.43111 110.87020 1.31 PLN (4 - Minihydro PLN Project) JicaPR_0649 Mandai-1 Kalimantan Barat 0.314194 113.425 16.20 Hydro Inventory Study_1997 JicaPR_0650 Mandai-2 Kalimantan Barat 0.3533 113.28 71.30 Hydro Inventory Study_1997 JicaPR_0651 Mandai-3 Kalimantan Barat 0.410819 113.325 35.80 Hydro Inventory Study_1997 JicaPR_0652 Mandai-4 Kalimantan Barat 0.402923 113.271 47.80 Hydro Inventory Study_1997 JicaPR_0653 Mandai-5 Kalimantan Barat 0.543741 113.287 144.80 Hydro Inventory Study_1997 JicaPR_0654 Mandai-6 Kalimantan Barat 0.584159 113.28 19.70 Hydro Inventory Study_1997 JicaPR_0655 Mandai-7 Kalimantan Barat 0.594505 113.209 148.60 Hydro Inventory Study_1997 hp_0527 Melanggar Kalimantan Barat 0.83203 110.16748 2.50 PLN (4 - Minihydro PLN Project) JicaPR_0676 Melawi-1 Kalimantan Barat 0.096293 113.252 92.00 Hydro Inventory Study_1997 JicaPR_0677 Melawi-2 Kalimantan Barat 0.025343 113.146 92.30 Hydro Inventory Study_1997 JicaPR_0678 Melawi-3 Kalimantan Barat 0.160465 113.028 30.30 Hydro Inventory Study_1997 JicaPR_0679 Melawi-4 Kalimantan Barat 0.064748 113.029 57.60 Hydro Inventory Study_1997 JicaPR_0680 Melawi-5 Kalimantan Barat -0.022562 112.822 138.90 Hydro Inventory Study_1997 JicaPR_0681 Melawi-6 Kalimantan Barat 0.135767 112.74 22.90 Hydro Inventory Study_1997 JicaPR_0682 Melawi-7 Kalimantan Barat -0.00432 112.764 52.60 Hydro Inventory Study_1997 JicaPR_0683 Melawi-8 Kalimantan Barat -0.025741 112.668 69.00 Hydro Inventory Study_1997 JicaPR_0684 Melawi-9 Kalimantan Barat -0.187169 112.726 621.40 Hydro Inventory Study_1997 hp_0890 Menang Riam Danau Kalimantan Barat 0.10 PLN (4 - Minihydro PLN Project) JicaPR_0696 Mentatai-1 Kalimantan Barat -0.56818 112.402 23.20 Hydro Inventory Study_1997 JicaPR_0697 Mentatai-2 Kalimantan Barat -0.486215 112.337 17.50 Hydro Inventory Study_1997 JicaPR_0671 Mentebah Kalimantan Barat 0.467533 112.797 16.90 Hydro Inventory Study_1997 hp_0420 Merasap Kalimantan Barat 1.04955 109.81587 1.50 PLN (4 - Minihydro PLN Project) hp_0528 Merasap Extention Kalimantan Barat -1.12639 109.74309 0.75 PLN (4 - Minihydro PLN Project) hp_1077 Nanga Pinoh Kalimantan Barat 98.00 RUPTL JicaEX_0080 Pade Kembayung Kalimantan Barat 0.888844 109.908602 30.00 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 12 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_1074 Pade Kembayung Kalimantan Barat 30.00 RUPTL Screened out JicaPR_0656 Pari-1/Mandala Kalimantan Barat 1.15823 113.382 43.90 Hydro Inventory Study_1997 JicaPR_0657 Pari-2/Mandala Kalimantan Barat 1.09191 113.315 48.20 Hydro Inventory Study_1997 JicaPR_0631 Pesaguan Kalimantan Barat -1.76315 110.717 7.10 Hydro Inventory Study_1997 hp_0913 Pesaguan Kalimantan Barat 7.10 PLN (2 - MHPP in HPPS) Screened out JicaEX_0079 Pinoh Kalimantan Barat -0.518753 111.75318 198.40 Hydro Inventory Study_1997 hp_0933 Sajingan Kalimantan Barat 0.10 PLN (4 - Minihydro PLN Project) JicaPR_0703 Sekadau-1 Kalimantan Barat -0.319838 110.972 21.80 Hydro Inventory Study_1997 JicaPR_0704 Sekadau-2 Kalimantan Barat -0.405485 110.755 43.10 Hydro Inventory Study_1997 JicaPR_0705 Sekayan Kalimantan Barat 1.10432 110.111 13.40 Hydro Inventory Study_1997 JicaPR_0658 Seluwa/Mandala Kalimantan Barat 1.05527 113.165 25.80 Hydro Inventory Study_1997 JicaPR_0694 Serawai-1 Kalimantan Barat -0.529072 112.536 17.50 Hydro Inventory Study_1997 JicaPR_0695 Serawai-2 Kalimantan Barat -0.408057 112.458 18.90 Hydro Inventory Study_1997 JicaPR_0659 Sibau-1 Kalimantan Barat 1.26512 113.137 31.60 Hydro Inventory Study_1997 JicaPR_0660 Sibau-2 Kalimantan Barat 1.19504 113.07 169.10 Hydro Inventory Study_1997 JicaEX_0078 Silat Kalimantan Barat 0.296658 111.793756 28.70 Hydro Inventory Study_1997 JicaPR_0670 Suruk Kalimantan Barat 0.492864 112.955 19.20 Hydro Inventory Study_1997 JicaPR_0635 Tahun Kalimantan Barat 1.25837 114.003 84.00 Hydro Inventory Study_1997 JicaPR_0639 Tanjan Kalimantan Barat 1.03601 113.781 26.40 Hydro Inventory Study_1997 JicaPR_0672 Tebaung-1 Kalimantan Barat 0.284994 112.745 53.20 Hydro Inventory Study_1997 JicaPR_0673 Tebaung-2 Kalimantan Barat 0.318619 112.786 46.30 Hydro Inventory Study_1997 JicaPR_0674 Tebaung-3 Kalimantan Barat 0.442583 112.697 33.00 Hydro Inventory Study_1997 JicaPR_0628 Amandit-1 Kalimantan Selatan -2.83223 115.368 5.20 Hydro Inventory Study_1997 hp_0703 Amandit-1 Kalimantan Selatan 5.20 PLN (2 - MHPP in HPPS) Screened out JicaEX_0077 Amandit-2 Kalimantan Selatan -2.856459 115.302235 2.50 Hydro Inventory Study_1997 JicaPR_0620 Ayu-1 Kalimantan Selatan -1.78595 115.527 18.50 Hydro Inventory Study_1997 JicaPR_0621 Ayu-2 Kalimantan Selatan -1.90309 115.541 9.10 Hydro Inventory Study_1997 hp_0607 Ayu-2 Kalimantan Selatan 9.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0627 Batangalai Kalimantan Selatan -2.54452 115.489 6.20 Hydro Inventory Study_1997 hp_0725 Batangalai Kalimantan Selatan 6.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0623 Halung-1 Kalimantan Selatan -2.12225 115.771 1.10 Hydro Inventory Study_1997 hp_0799 Halung-1 Kalimantan Selatan 1.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0624 Halung-2 Kalimantan Selatan -2.22648 115.717 5.00 Hydro Inventory Study_1997 hp_0800 Halung-2 Kalimantan Selatan 5.00 PLN (2 - MHPP in HPPS) Screened out hp_0467 Kusan* Kalimantan Selatan -3.41667 115.55000 65.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0610 Kusan-1 Kalimantan Selatan -3.1008 115.474 8.50 Hydro Inventory Study_1997 hp_1006 Kusan-1 Kalimantan Selatan 8.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0611 Kusan-2 Kalimantan Selatan -3.19534 115.422 6.00 Hydro Inventory Study_1997 hp_1007 Kusan-2 Kalimantan Selatan 6.00 PLN (2 - MHPP in HPPS) Screened out JicaEX_0074 Kusan-3 Kalimantan Selatan -3.408918 115.537749 67.70 Hydro Inventory Study_1997 JicaPR_0625 Pitap-1 Kalimantan Selatan -2.46558 115.681 6.60 Hydro Inventory Study_1997 hp_0914 Pitap-1 Kalimantan Selatan 6.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0626 Pitap-2 Kalimantan Selatan -2.45285 115.58 6.40 Hydro Inventory Study_1997 hp_0915 Pitap-2 Kalimantan Selatan 6.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0612 Puntin Kalimantan Selatan -3.54089 114.913 7.10 Hydro Inventory Study_1997 hp_0919 Puntin Kalimantan Selatan 7.10 PLN (2 - MHPP in HPPS) Screened out JicaEX_0076 Riam Kanan Kalimantan Selatan -3.51494 115.013 30.00 Hydro Inventory Study_1997 hp_0088 Riam Kanan (Moh Noor) Kalimantan Selatan -3.51715 115.00929 3.00 Consultant Screened out JicaEX_0075 Riam Kiwa Kalimantan Selatan -3.295973 115.051183 42.00 Hydro Inventory Study_1997 JicaPR_0606 Sampanahan-1 Kalimantan Selatan -2.84262 115.659 7.10 Hydro Inventory Study_1997 hp_0647 Sampanahan-1 Kalimantan Selatan 7.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0607 Sampanahan-2 Kalimantan Selatan -2.76915 115.721 30.80 Hydro Inventory Study_1997 JicaPR_0608 Sampanahan-3 Kalimantan Selatan -2.68314 115.798 40.80 Hydro Inventory Study_1997 JicaPR_0609 Sampanahan-4 Kalimantan Selatan -2.58738 115.915 130.40 Hydro Inventory Study_1997 JicaPR_0618 Tabalong-1 Kalimantan Selatan -1.71774 115.412 16.30 Hydro Inventory Study_1997 JicaPR_0619 Tabalong-2 Kalimantan Selatan -1.81582 115.374 23.50 Hydro Inventory Study_1997 JicaPR_0629 Tapin Kalimantan Selatan -2.9373 115.355 4.40 Hydro Inventory Study_1997 hp_0654 Tapin Kalimantan Selatan 4.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0622 Ui Kalimantan Selatan -1.82504 115.608 5.20 Hydro Inventory Study_1997 hp_0977 Ui Kalimantan Selatan 5.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0613 Upper Riam Kiwa-1 Kalimantan Selatan -3.07723 115.428 1.40 Hydro Inventory Study_1997 hp_0982 Upper Riam Kiwa-1 Kalimantan Selatan 1.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0614 Upper Riam Kiwa-2 Kalimantan Selatan -3.186 115.275 9.90 Hydro Inventory Study_1997 hp_0983 Upper Riam Kiwa-2 Kalimantan Selatan 9.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0615 Luang-1 Kalimantan Tengah -1.23609 115.616 11.30 Hydro Inventory Study_1997 JicaPR_0616 Luang-2 Kalimantan Tengah -1.19051 115.639 18.40 Hydro Inventory Study_1997 hp_0536 Pinoh Kalimantan Tengah -0.51667 114.73333 198.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0617 Teweh Kalimantan Tengah -1.1551 115.664 18.50 Hydro Inventory Study_1997 JicaPR_0579 Baai-1 Kalimantan Timur 1.12715 117.572 31.80 Hydro Inventory Study_1997 JicaPR_0580 Baai-2 Kalimantan Timur 1.24539 117.587 26.50 Hydro Inventory Study_1997 JicaPR_0581 Baai-3 Kalimantan Timur 1.24018 117.708 24.20 Hydro Inventory Study_1997 JicaPR_0592 Bangan Kanan Kalimantan Timur -0.900079 116.163 20.70 Hydro Inventory Study_1997 JicaPR_0593 Bangan Kiwa Kalimantan Timur -0.799807 116.277 4.60 Hydro Inventory Study_1997 hp_0722 Bangan Kiwa Kalimantan Timur 4.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0587 Boh-2 Kalimantan Timur 1.00377 115.082 1 157.00 Hydro Inventory Study_1997 JicaPR_0582 Coha-1 Kalimantan Timur 1.01277 114.518 58.50 Hydro Inventory Study_1997 JicaPR_0583 Coha-2 Kalimantan Timur 0.967707 114.523 67.10 Hydro Inventory Study_1997 JicaPR_0572 Inaran Kalimantan Timur 1.88022 117.421 4.70 Hydro Inventory Study_1997 hp_0806 Inaran Kalimantan Timur 4.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0576 Karangan-1 Kalimantan Timur 1.40233 117.511 46.90 Hydro Inventory Study_1997 JicaPR_0577 Karangan-2 Kalimantan Timur 1.43934 117.567 25.10 Hydro Inventory Study_1997 JicaPR_0578 Karangan-3 Kalimantan Timur 1.28508 117.737 53.30 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 13 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaEX_0072 Kayan-2 Kalimantan Timur 2.710948 116.744977 500.00 Hydro Inventory Study_1997 hp_1024 Kelai Kalimantan Timur 55.00 RUPTL JicaPR_0567 Kelai-1 Kalimantan Timur 1.8938 116.793 996.40 Hydro Inventory Study_1997 JicaEX_0073 Kelai-2 Kalimantan Timur 1.665103 117.082518 168.00 Hydro Inventory Study_1997 hp_0586 Kelai-2 Kalimantan Timur 1.66667 117.08333 168.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0571 Kelai-3 Kalimantan Timur 1.86972 117.294 137.20 Hydro Inventory Study_1997 JicaPR_0602 Kendilo-1 Kalimantan Timur -1.69636 115.811 48.40 Hydro Inventory Study_1997 JicaPR_0605 Kendilo-2 Kalimantan Timur -1.83446 115.923 16.40 Hydro Inventory Study_1997 JicaPR_0603 Kesungai-1 Kalimantan Timur -1.6366 115.959 6.60 Hydro Inventory Study_1997 hp_0839 Kesungai-1 Kalimantan Timur 6.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0604 Kesungai-2 Kalimantan Timur -1.74389 115.948 22.10 Hydro Inventory Study_1997 JicaPR_0569 Lasan-1 Kalimantan Timur 1.57713 117.286 37.80 Hydro Inventory Study_1997 JicaPR_0570 Lasan-2 Kalimantan Timur 1.54889 117.156 73.90 Hydro Inventory Study_1997 JicaPR_0568 Longgi Kalimantan Timur 1.74683 116.924 40.40 Hydro Inventory Study_1997 JicaPR_0588 Medang-1 Kalimantan Timur 0.772698 115.272 24.50 Hydro Inventory Study_1997 JicaPR_0589 Medang-2 Kalimantan Timur 0.63589 115.299 42.60 Hydro Inventory Study_1997 JicaPR_0590 Medang-3 Kalimantan Timur 0.604913 115.332 33.60 Hydro Inventory Study_1997 JicaPR_0585 Nyaan Kalimantan Timur 1.04126 114.934 71.00 Hydro Inventory Study_1997 JicaPR_0601 Nyugin Kalimantan Timur -2.21044 115.864 19.10 Hydro Inventory Study_1997 JicaPR_0595 Pampangan Kalimantan Timur -0.35456 117.229 9.60 Hydro Inventory Study_1997 hp_0910 Pampangan Kalimantan Timur 9.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0596 Riko-1 Kalimantan Timur -0.980787 116.472 9.70 Hydro Inventory Study_1997 hp_0646 Riko-1 Kalimantan Timur 9.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0597 Riko-2 Kalimantan Timur -1.07098 116.478 21.40 Hydro Inventory Study_1997 JicaPR_0600 Samu Kalimantan Timur -2.21782 115.914 6.60 Hydro Inventory Study_1997 hp_0648 Samu Kalimantan Timur 6.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0598 Selamayut Kalimantan Timur -0.871141 116.674 1.70 Hydro Inventory Study_1997 hp_0938 Selamayut Kalimantan Timur 1.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0573 Suwaran Kalimantan Timur 1.94061 117.633 24.10 Hydro Inventory Study_1997 JicaPR_0574 Tabalar-1 Kalimantan Timur 1.67989 117.621 14.50 Hydro Inventory Study_1997 JicaPR_0575 Tabalar-2 Kalimantan Timur 1.73698 117.702 10.80 Hydro Inventory Study_1997 JicaPR_0594 Telen Kalimantan Timur 1.40724 116.356 200.40 Hydro Inventory Study_1997 JicaPR_0584 Topai Kalimantan Timur 1.03408 114.78 40.30 Hydro Inventory Study_1997 JicaPR_0591 Tuang Kalimantan Timur -0.986938 115.853 4.50 Hydro Inventory Study_1997 hp_0976 Tuang Kalimantan Timur 4.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0599 Tujuk Kalimantan Timur -1.25844 116.309 25.10 Hydro Inventory Study_1997 JicaPR_0565 Bahau-1 Kalimantan Utara 3.16912 115.804 170.10 Hydro Inventory Study_1997 JicaPR_0566 Bahau-2 Kalimantan Utara 3.03266 115.854 130.20 Hydro Inventory Study_1997 hp_0485 Beranda I (Pa Ramayo) Kalimantan Utara 3.96218 115.68511 0.20 PLN (4 - Minihydro PLN Project) JicaPR_0586 Boh-1 Kalimantan Utara 1.28329 115.048 154.30 Hydro Inventory Study_1997 JicaPR_0564 Kayan-1 Kalimantan Utara 2.54783 115.449 439.80 Hydro Inventory Study_1997 JicaPR_0541 Sembakung-1 Kalimantan Utara 4.16179 116.097 190.30 Hydro Inventory Study_1997 JicaPR_0542 Sembakung-2 Kalimantan Utara 4.17965 116.166 38.10 Hydro Inventory Study_1997 JicaPR_0543 Sembakung-3 Kalimantan Utara 3.98629 116.542 611.30 Hydro Inventory Study_1997 JicaPR_0544 Sesayap-1 Kalimantan Utara 3.61224 115.848 270.90 Hydro Inventory Study_1997 JicaPR_0553 Sesayap-10 Kalimantan Utara 3.98142 115.917 202.50 Hydro Inventory Study_1997 JicaPR_0554 Sesayap-11 Kalimantan Utara 3.91642 115.956 643.40 Hydro Inventory Study_1997 JicaPR_0555 Sesayap-12 Kalimantan Utara 3.7296 116.079 284.10 Hydro Inventory Study_1997 JicaPR_0556 Sesayap-13 Kalimantan Utara 4.03956 116.156 176.20 Hydro Inventory Study_1997 JicaPR_0557 Sesayap-14 Kalimantan Utara 3.88653 116.279 173.40 Hydro Inventory Study_1997 JicaPR_0558 Sesayap-15 Kalimantan Utara 3.68489 116.14 322.50 Hydro Inventory Study_1997 JicaPR_0559 Sesayap-16 Kalimantan Utara 3.07095 116.131 77.40 Hydro Inventory Study_1997 JicaPR_0560 Sesayap-17 Kalimantan Utara 3.14668 116.191 116.90 Hydro Inventory Study_1997 JicaPR_0561 Sesayap-18 Kalimantan Utara 3.21937 116.095 97.40 Hydro Inventory Study_1997 JicaPR_0562 Sesayap-19 Kalimantan Utara 3.38529 116.16 321.80 Hydro Inventory Study_1997 JicaPR_0545 Sesayap-2 Kalimantan Utara 3.72102 115.838 76.40 Hydro Inventory Study_1997 JicaPR_0563 Sesayap-20 Kalimantan Utara 3.47687 116.357 997.80 Hydro Inventory Study_1997 JicaPR_0546 Sesayap-3 Kalimantan Utara 3.77055 115.869 182.10 Hydro Inventory Study_1997 JicaPR_0547 Sesayap-4 Kalimantan Utara 3.85613 115.889 240.60 Hydro Inventory Study_1997 JicaPR_0548 Sesayap-5 Kalimantan Utara 3.85672 115.721 63.00 Hydro Inventory Study_1997 JicaPR_0549 Sesayap-6 Kalimantan Utara 3.94447 115.795 134.90 Hydro Inventory Study_1997 JicaPR_0550 Sesayap-7 Kalimantan Utara 4.01565 115.779 151.30 Hydro Inventory Study_1997 JicaPR_0551 Sesayap-8 Kalimantan Utara 3.96318 115.844 290.70 Hydro Inventory Study_1997 JicaPR_0552 Sesayap-9 Kalimantan Utara 4.08588 115.891 77.60 Hydro Inventory Study_1997 hp_0751 C2 Kepulauan Bangka Belitung 0.20 PLN (4 - Minihydro PLN Project) hp_0931 Sadap III Kepulauan Bangka Belitung 0.40 PLN (4 - Minihydro PLN Project) hp_0699 Abung Pekurun Lampung 0.30 PLN (4 - Minihydro PLN Project) hp_0724 Banjar Masing Lampung 0.32 PLN (4 - Minihydro PLN Project) JicaEX_0021 Batu Tegi Lampung -5.255819 104.785628 24.00 Hydro Inventory Study_1997 hp_0014 Batutegi Lampung -5.25533 104.78370 28.00 Consultant Screened out hp_0003 Besai Lampung -4.94439 104.50952 92.80 Consultant Screened out hp_0486 Besai Kemu Lampung -4.85716 104.50130 7.00 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0020 Besai-1 Lampung -4.979748 104.485885 90.00 Hydro Inventory Study_1997 JicaPR_0190 Besai-2 Lampung -4.938879 104.51221 6.80 Hydro Inventory Study_1997 hp_0596 Besai-2 Lampung -4.95000 104.50000 6.80 PLN (2 - MHPP in HPPS) Screened out hp_0597 Besai-2 Lampung -4.93333 104.50000 44.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0192 Besai-2A Lampung -4.913387 104.515765 21.60 Hydro Inventory Study_1997 hp_0244 Besay Lampung -4.91422 104.51339 9.20 PLN (3 - Minihydro IPP Project) Screened out hp_0761 Cindi Laras Lampung 0.60 PLN (4 - Minihydro PLN Project) JicaPR_0189 Giham Lampung -4.507476 104.381248 10.20 Hydro Inventory Study_1997 fs_66 PLTM Besai Kemu Lampung -4.87997 104.50453 7.07 PLN_pusat_repository fs_67 PLTM Besay Lampung -4.91422 104.51339 9.20 PLN_pusat_repository Annex I – Unprocessed SHP Data Page 14 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_0191 Rarem Lampung -4.987776 104.631281 14.30 Hydro Inventory Study_1997 JicaPR_0194 Sekampung-2 Lampung -5.338339 105.076574 15.30 Hydro Inventory Study_1997 hp_0461 Semangka* Lampung -5.35000 104.35000 56.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0195 Semangko-1 Lampung -5.055512 104.196689 49.90 Hydro Inventory Study_1997 JicaPR_0196 Semangko-2 Lampung -5.095459 104.213402 12.50 Hydro Inventory Study_1997 JicaPR_0197 Semangko-3 Lampung -5.108722 104.224159 55.60 Hydro Inventory Study_1997 JicaPR_0198 Semangko-4 Lampung -5.311877 104.327755 246.00 Hydro Inventory Study_1997 JicaPR_0199 Semung-2 Lampung -5.266651 104.418329 1.50 Hydro Inventory Study_1997 hp_0550 Semung-2 Lampung -5.26667 104.41667 1.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0200 Semung-3 Lampung -5.288066 104.419996 21.20 Hydro Inventory Study_1997 hp_0413 Semung-3 Lampung -5.30000 105.41667 2.80 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0201 Semung-4 Lampung -5.329098 104.41894 56.40 Hydro Inventory Study_1997 JicaPR_0202 Semung-5 Lampung -5.383362 104.446963 37.50 Hydro Inventory Study_1997 JicaPR_0193 Seputih-1 Lampung -5.091535 104.707557 5.80 Hydro Inventory Study_1997 hp_0551 Seputih-1 Lampung -5.10000 104.70000 5.80 PLN (2 - MHPP in HPPS) Screened out hp_0652 Simpang Luas Lampung 0.23 PLN (4 - Minihydro PLN Project) JicaPR_0203 Simpang Lunik Lampung -4.924453 103.782641 10.80 Hydro Inventory Study_1997 hp_0341 Sukarame Lampung -5.03177 104.19930 8.00 PLN (3 - Minihydro IPP Project) hp_0961 Tambak Jaya Lampung 0.10 PLN (4 - Minihydro PLN Project) hp_0963 Tapak Siring Lampung 0.35 PLN (4 - Minihydro PLN Project) hp_0355 Way Pintau Lampung -5.53644 104.33169 3.22 PLN (3 - Minihydro IPP Project) hp_0356 Way Simpang Kanan Lampung -5.08909 103.99348 4.56 PLN (3 - Minihydro IPP Project) hp_0670 Ake Rain Maluku 0.90 PLN (2 - MHPP in HPPS) Screened out hp_0701 Akelamo-1 Maluku 9.40 PLN (2 - MHPP in HPPS) Screened out hp_0702 Akelamo-3 Maluku 4.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1209 Apu Maluku -3.50372 126.889 17.00 Hydro Inventory Study_1997 JicaPR_1227 Ela Maluku -3.55685 128.204 0.70 Hydro Inventory Study_1997 hp_0788 Ela Maluku 0.70 PLN (2 - MHPP in HPPS) Screened out hp_0789 Fidi Maluku 5.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1210 Garen Maluku -3.34027 126.837 10.70 Hydro Inventory Study_1997 JicaPR_1229 Halu Maluku -3.70682 128.027 1.30 Hydro Inventory Study_1997 hp_0798 Halu Maluku 1.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1201 Ili-1 Maluku -3.33046 126.345 9.80 Hydro Inventory Study_1997 hp_0805 Ili-1 Maluku 9.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1202 Ili-2 Maluku -3.27089 126.381 33.80 Hydro Inventory Study_1997 hp_1031 Isal Maluku 8.00 RUPTL hp_1005 Isal 3 Maluku 4.00 PLN (4 - Minihydro PLN Project) JicaPR_1218 Isal-1 Maluku -3.12291 129.617 23.10 Hydro Inventory Study_1997 JicaEX_0103 Isal-2 Maluku -3.095964 129.633884 60.00 Hydro Inventory Study_1997 hp_0585 Isal-2 Maluku -3.08333 129.61667 6.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_1219 Isal-3 Maluku -3.03425 129.664 15.40 Hydro Inventory Study_1997 hp_0810 Jajawi Maluku 5.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1225 Jori Maluku -3.63568 128.239 0.70 Hydro Inventory Study_1997 hp_0815 Jori Maluku 0.70 PLN (2 - MHPP in HPPS) Screened out hp_0833 Kasiruta Maluku 2.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_1217 Kina Maluku -2.91544 128.742 8.20 Hydro Inventory Study_1997 hp_0841 Kina Maluku 8.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1214 Kuma Maluku -3.49607 126.242 10.90 Hydro Inventory Study_1997 hp_0850 Lamo-1 Maluku 4.30 PLN (2 - MHPP in HPPS) Screened out hp_0851 Lamo-2 Maluku 2.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1208 Leman Maluku -3.1049 126.769 6.30 Hydro Inventory Study_1997 hp_0860 Leman Maluku 6.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1224 Liocopa Maluku -3.26743 128.388 5.30 Hydro Inventory Study_1997 hp_0864 Liocopa Maluku 5.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1226 Loehoe Maluku -3.65587 128.207 0.90 Hydro Inventory Study_1997 hp_0628 Loehoe Maluku 0.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_1228 Lot Maluku -3.60525 128.074 1.40 Hydro Inventory Study_1997 hp_0870 Lot Maluku 1.40 PLN (2 - MHPP in HPPS) Screened out hp_0216 Makariki Maluku -3.28000 129.54444 4.00 PLN (4 - Minihydro PLN Project) JicaPR_1220 Mala Maluku -3.13269 128.799 6.70 Hydro Inventory Study_1997 hp_0874 Mala Maluku 6.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1212 Mala-1 Maluku -3.53009 126.443 36.10 Hydro Inventory Study_1997 JicaPR_1215 Mala-1 Maluku -3.02508 128.463 28.80 Hydro Inventory Study_1997 JicaPR_1213 Mala-2 Maluku -3.66917 126.389 12.70 Hydro Inventory Study_1997 JicaPR_1216 Mala-2 Maluku -2.93029 128.471 31.20 Hydro Inventory Study_1997 hp_0522 Mala-2 Maluku -2.93333 128.46667 3.40 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_1204 Mama Maluku -3.18166 126.518 8.70 Hydro Inventory Study_1997 hp_0877 Mama Maluku 8.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1203 Mangi Maluku -3.24012 126.441 17.80 Hydro Inventory Study_1997 hp_0897 Ngodama Maluku 5.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1207 Nibe Maluku -3.13427 126.611 33.90 Hydro Inventory Study_1997 JicaPR_1222 Nua Maluku -3.20162 129.09 10.00 Hydro Inventory Study_1997 hp_0402 Nua Maluku -3.13405 129.09530 8.00 PLN (4 - Minihydro PLN Project) Screened out hp_1009 Nua Maluku 1.00 PLN (2 - MHPP in HPPS) Screened out hp_0905 Paca Maluku 1.60 PLN (2 - MHPP in HPPS) Screened out hp_0907 Paisu Sajgang Maluku 2.20 PLN (2 - MHPP in HPPS) Screened out hp_0912 Pastu Ra Maluku 2.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1221 Pia Maluku -3.13402 128.96 10.20 Hydro Inventory Study_1997 fs_234 PLTA Tina Maluku -3.72383 126.73281 12.00 PLN_wilayah JicaPR_1205 Ranu-1 Maluku -3.38189 126.562 17.30 Hydro Inventory Study_1997 JicaPR_1206 Ranu-2 Maluku -3.34719 126.572 6.50 Hydro Inventory Study_1997 hp_0923 Ranu-2 Maluku 6.50 PLN (2 - MHPP in HPPS) Screened out Annex I – Unprocessed SHP Data Page 15 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0196 Sapalewa Maluku -2.92506 128.47414 7.80 PLN (3 - Minihydro IPP Project) Screened out hp_0957 Tahafo Maluku 3.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1223 Tala Maluku -3.30043 128.649 53.10 Hydro Inventory Study_1997 JicaEX_0106 Tala Maluku -3.30043 128.649 54.00 Hydro Inventory Study_1997 hp_0565 Tala Maluku -3.28333 128.63333 54.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaEX_0110 Talawi Maluku 0.965435 127.98 7.50 Hydro Inventory Study_1997 hp_1050 Tene Maluku 4.00 RUPTL JicaPR_1211 Tina Maluku -3.71546 126.704 23.40 Hydro Inventory Study_1997 JicaEX_0112 Tina Maluku -3.71546 126.704 12.00 Hydro Inventory Study_1997 Screened out hp_0574 Tina Maluku -3.70000 126.70000 12.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0969 Tjiu-1 Maluku 3.80 PLN (2 - MHPP in HPPS) Screened out hp_1047 Wae Mala Maluku 1.50 RUPTL Screened out hp_0353 Waemala Maluku -3.16478 128.79391 2.00 PLN (4 - Minihydro PLN Project) hp_0664 Wai Miha Maluku 8.40 PLN (2 - MHPP in HPPS) Screened out hp_1044 Wai Tala Maluku 54.00 RUPTL hp_0183 Wai Tina Maluku -3.72347 126.73233 8.00 PLN (3 - Minihydro IPP Project) hp_0997 Wooi Besar-2 Maluku 7.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_1248 Ake Rain Maluku Utara -0.729117 127.802 0.90 Hydro Inventory Study_1997 JicaPR_1239 Akelamo-1 Maluku Utara 1.29255 128.445 9.40 Hydro Inventory Study_1997 JicaPR_1240 Akelamo-2 Maluku Utara 1.39329 128.594 11.00 Hydro Inventory Study_1997 JicaPR_1241 Akelamo-3 Maluku Utara 1.4343 128.661 4.00 Hydro Inventory Study_1997 JicaPR_1243 Fidi Maluku Utara 0.355834 127.838 5.30 Hydro Inventory Study_1997 JicaPR_1230 Jajawi Maluku Utara 0.512704 127.746 5.80 Hydro Inventory Study_1997 JicaPR_1245 Kasiruta Maluku Utara -0.458707 127.199 2.40 Hydro Inventory Study_1997 JicaPR_1235 Lamo Maluku Utara 1.56896 127.785 12.10 Hydro Inventory Study_1997 JicaPR_1232 Lamo-1 Maluku Utara 1.16536 127.574 4.30 Hydro Inventory Study_1997 JicaPR_1233 Lamo-2 Maluku Utara 1.15772 127.517 2.10 Hydro Inventory Study_1997 hp_1080 Maluku Utara Tersebar Maluku Utara 5.00 RUPTL JicaPR_1236 Ngodama Maluku Utara 1.52992 127.767 5.50 Hydro Inventory Study_1997 JicaPR_1238 Onat Maluku Utara 1.09537 128.446 13.30 Hydro Inventory Study_1997 JicaPR_1234 Paca Maluku Utara 1.56664 127.935 1.60 Hydro Inventory Study_1997 JicaPR_1246 Paisu Sajgang Maluku Utara -0.570753 127.561 2.20 Hydro Inventory Study_1997 JicaPR_1247 Pastu Ra Maluku Utara -0.53033 127.373 2.30 Hydro Inventory Study_1997 JicaPR_1242 Sangaji Maluku Utara 0.723046 128.128 16.90 Hydro Inventory Study_1997 JicaPR_1231 Tahafo Maluku Utara 1.44668 127.588 3.00 Hydro Inventory Study_1997 JicaPR_1237 Talawi Maluku Utara 0.965435 127.98 21.80 Hydro Inventory Study_1997 JicaPR_1244 Tjiu-1 Maluku Utara 2.27702 128.354 3.80 Hydro Inventory Study_1997 JicaPR_1251 Wai Miha Maluku Utara -1.85535 124.688 8.40 Hydro Inventory Study_1997 JicaPR_1249 Wooi Besar-1 Maluku Utara -1.56625 127.884 17.40 Hydro Inventory Study_1997 JicaPR_1250 Wooi Besar-2 Maluku Utara -1.62705 127.96 7.60 Hydro Inventory Study_1997 fs_192 PLTM Sapalewa Maluku -2.92506 128.47414 8.00 PLN_pusat fs_233 PLTM Goal Maluku Utara -1.21264 127.55189 1.95 PLN_wilayah fs_170 PLTM Dominanga Sulawesi Utara 0.35811 123.79876 3.50 PLN_pusat fs_174 PLTM Pidung Sulawesi Utara 0.51960 124.40200 2.00 PLN_pusat_repository fs_171 PLTM Ranowano Minahasa Sulawesi Utara 1.36731 124.68664 2.40 PLN_pusat fs_175 PLTM Tincep 1 Sulawesi Utara 0.55 PLN_pusat_repository fs_172 PLTM Tincep 2 Sulawesi Utara 1.27794 124.74421 1.15 PLN_pusat fs_173 PLTM Tincep 3 Sulawesi Utara 1.27729 124.73968 2.20 PLN_pusat fs_176 PLTM Tincep 4 Sulawesi Utara 0.40 PLN_pusat_repository fs_1 PLTM Aek Godang Sumatera Utara 2.14728 98.60847 4.40 PLN_pusat fs_6 PLTM Aek Rambe Sumatera Utara 2.23391 98.46111 6.65 PLN_pusat_repository fs_18 PLTM Aek Silang 2 Sumatera Utara 2.31151 98.77347 10.00 PLN_pusat_repository fs_19 PLTM Aek Simadoras Sumatera Utara 1.76211 99.30451 5.10 PLN_pusat_repository fs_2 PLTM Aek Simonggo Sumatera Utara 2.34569 98.45181 9.00 PLN_pusat fs_7 PLTM Batang Toru 3 Sumatera Utara 1.92917 99.02083 10.00 PLN_pusat_repository fs_8 PLTM Bingai Sumatera Utara 3.36225 98.46803 7.00 PLN_pusat_repository fs_9 PLTM Hutapadang Sumatera Utara 2.77152 99.25896 10.45 PLN_pusat_repository fs_20 PLTM Kamangin Nagori Sumatera Utara 2.77264 99.20506 2.00 PLN_pusat_repository fs_21 PLTM Karai 13 Sumatera Utara 8.30 PLN_pusat_repository fs_10 PLTM Kombih 3 Sumatera Utara 2.62095 98.28849 8.00 PLN_pusat_repository fs_12 PLTM Kombih 4 Sumatera Utara 2.60793 98.10996 10.00 PLN_pusat_repository fs_13 PLTM Lae Luhung Sumatera Utara 2.83544 98.32015 10.00 PLN_pusat_repository fs_22 PLTM Pagaringan Sumatera Utara 1.94605 98.77485 8.40 PLN_pusat_repository fs_23 PLTM Parlilitan Sumatera Utara 10.00 PLN_pusat_repository fs_16 PLTM Parluasan Sumatera Utara 2.27996 99.40539 10.00 PLN_pusat_repository fs_24 PLTM Poring 1 Sumatera Utara 1.97209 98.79356 9.00 PLN_pusat_repository fs_11 PLTM Sei Wampu 1 Sumatera Utara 3.3985 98.22775 9.00 PLN_pusat_repository fs_14 PLTM Silinda Sumatera Utara 3.22031 98.735067 6.46 PLN_pusat_repository fs_25 PLTM Simonggo Tornaulli Sumatera Utara 2.34661 98.48107 8.00 PLN_pusat_repository fs_26 PLTM Sisira Sumatera Utara 2.25697 98.54054 9.80 PLN_pusat_repository fs_27 PLTM Sisira Simandame Sumatera Utara 2.19473 98.48473 4.60 PLN_pusat_repository fs_15 PLTM Tanjung Lenggang Sumatera Utara 3.54789 98.240111 10.00 PLN_pusat_repository fs_17 PLTMH Raisan Naga Timbul Sumatera Utara 1.83701 98.82860 7.00 PLN_pusat_repository fs_4 PLTM Simare Sumatera Utara 2.29500 99.18200 2.91 PLN_pusat fs_5 PLTM Tanah Pinem Sumatera Utara 2.98500 98.15083 10.00 PLN_pusat fs_3 PLTMH Aek Tulas Sumatera Utara 2.62280 98.63474 1.30 PLN_pusat JicaPR_1090 Babak Nusa Tenggara Barat -8.53365 116.338 0.40 Hydro Inventory Study_1997 hp_0713 Babak Nusa Tenggara Barat 0.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_1192 Banggo Nusa Tenggara Barat -8.37922 118.262 0.20 Hydro Inventory Study_1997 hp_0723 Banggo Nusa Tenggara Barat 0.20 PLN (2 - MHPP in HPPS) Screened out hp_0240 Batu Bedil Nusa Tenggara Barat -8.54668 116.22543 0.55 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0101 Beburung Nusa Tenggara Barat -8.385142 116.489147 22.40 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 16 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_1194 Beh-1 Nusa Tenggara Barat -8.866 117.252 15.30 Hydro Inventory Study_1997 JicaPR_1195 Beh-2 Nusa Tenggara Barat -8.8701 117.173 4.10 Hydro Inventory Study_1997 hp_0732 Beh-2 Nusa Tenggara Barat 4.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1196 Beh-3 Nusa Tenggara Barat -8.94179 117.245 27.90 Hydro Inventory Study_1997 hp_0489 Bintang Bano Nusa Tenggara Barat -8.71662 116.98578 8.80 PLN (3 - Minihydro IPP Project) hp_1039 Brang Beh 1 Nusa Tenggara Barat 12.00 RUPTL Screened out hp_1038 Brang Beh 2 Nusa Tenggara Barat 6.00 RUPTL Screened out hp_0248 Brang Rea 1 Nusa Tenggara Barat -8.64696 117.03468 2.54 PLN (3 - Minihydro IPP Project) Screened out hp_0249 Brang Rea 2 Nusa Tenggara Barat -8.67119 117.03853 3.84 PLN (3 - Minihydro IPP Project) Screened out hp_0614 Cakranegara Nusa Tenggara Barat 0.60 PLN (3 - Minihydro IPP Project) hp_0271 Karang Bayan Nusa Tenggara Barat -8.56136 116.18828 1.30 PLN (3 - Minihydro IPP Project) Screened out hp_0279 Koko Babak (Unit 1) Nusa Tenggara Barat -8.54579 116.33216 0.30 PLN (3 - Minihydro IPP Project) hp_0510 Koko Babak (Unit 2) Nusa Tenggara Barat -8.53614 116.33647 0.60 PLN (3 - Minihydro IPP Project) hp_0278 Koko Babak (Unit 3) Nusa Tenggara Barat -8.54815 116.33348 1.40 PLN (3 - Minihydro IPP Project) hp_0280 Kokok Putih Nusa Tenggara Barat -8.31340 116.47046 3.80 PLN (3 - Minihydro IPP Project) hp_0046 Kokokputih Nusa Tenggara Barat -8.29517 116.47081 4.00 Consultant Screened out hp_0285 Kukusan Nusa Tenggara Barat -8.57615 116.55657 0.20 PLN (3 - Minihydro IPP Project) hp_0286 Kumbi Sedau-Lebah Sempaga Nusa Tenggara Barat -8.53623 116.28069 1.30 PLN (3 - Minihydro IPP Project) hp_0421 Mamak Nusa Tenggara Barat -8.69042 117.57885 0.52 PLN (4 - Minihydro PLN Project) hp_0441 Pengga Nusa Tenggara Barat -8.75509 116.18910 0.40 PLN (4 - Minihydro PLN Project) fs_152 PLTM Batu Bedil Nusa Tenggara Barat 0.60 PLN_pusat_repository fs_148 PLTM Brang Rea 1 Nusa Tenggara Barat -8.64696 117.03468 2.54 PLN_pusat_repository fs_155 PLTM Karang Bayan Nusa Tenggara Barat -8.56136 116.18828 1.30 PLN_pusat_repository fs_156 PLTM Koko babak Nusa Tenggara Barat -8.55067 116.33178 2.30 PLN_pusat_repository fs_157 PLTM Lingsar Nusa Tenggara Barat -8.54868 116.22063 4.00 PLN_pusat_repository fs_158 PLTM Pringgarata Nusa Tenggara Barat 0.30 PLN_pusat_repository fs_154 PLTM Sedau Nusa Tenggara Barat -8.53622 116.28087 1.30 PLN_pusat_repository fs_150 PLTM Segara 1 Nusa Tenggara Barat -8.41361 116.22361 2.60 PLN_pusat fs_151 PLTM Segara 2 Nusa Tenggara Barat -8.40334 116.21147 4.10 PLN_pusat fs_153 PLTM Sesaot Nusa Tenggara Barat -8.54983 116.23533 1.00 PLN_pusat_repository hp_1069 PLTM Tersebar NTB Nusa Tenggara Barat 15.00 RUPTL hp_1070 PLTM Tersebar NTB Nusa Tenggara Barat 17.20 RUPTL JicaPR_1197 Rea-1 Nusa Tenggara Barat -8.70507 117.034 2.30 Hydro Inventory Study_1997 hp_0925 Rea-1 Nusa Tenggara Barat 2.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1198 Rea-2 Nusa Tenggara Barat -8.79209 116.94 1.50 Hydro Inventory Study_1997 hp_0926 Rea-2 Nusa Tenggara Barat 1.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1199 Rhee-1 Nusa Tenggara Barat -8.53627 117.222 2.00 Hydro Inventory Study_1997 hp_0644 Rhee-1 Nusa Tenggara Barat 2.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1200 Rhee-2 Nusa Tenggara Barat -8.45618 117.226 1.60 Hydro Inventory Study_1997 hp_0645 Rhee-2 Nusa Tenggara Barat 1.60 PLN (2 - MHPP in HPPS) Screened out hp_0695 Santong Nusa Tenggara Barat 1.00 PLN (4 - Minihydro PLN Project) hp_0229 Segara 1 Nusa Tenggara Barat -8.41520 116.22319 1.50 PLN (3 - Minihydro IPP Project) Screened out hp_0228 Segara 2 Nusa Tenggara Barat -8.40318 116.21140 6.00 PLN (3 - Minihydro IPP Project) Screened out hp_0106 Senjanjak Nusa Tenggara Barat -8.33014 116.29721 1.10 Consultant hp_0651 Sesaot Nusa Tenggara Barat 1.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_1193 Sumpee Nusa Tenggara Barat -9.01539 117.443 1.90 Hydro Inventory Study_1997 hp_0954 Sumpee Nusa Tenggara Barat 1.90 PLN (2 - MHPP in HPPS) Screened out fs_149 PLTM Brang Rea 2 Nusa Tenggara Barat -8.32881 117.07183 3.84 PLN_pusat JicaPR_1188 Anail Nusa Tenggara Timur -8.2469 124.7 1.20 Hydro Inventory Study_1997 hp_0708 Anail Nusa Tenggara Timur 1.20 PLN (2 - MHPP in HPPS) Screened out hp_0608 Bajawa/Ogi Nusa Tenggara Timur 0.16 PLN (4 - Minihydro PLN Project) JicaPR_1119 Bema/Wera Nusa Tenggara Timur -8.43445 120.844 11.00 Hydro Inventory Study_1997 JicaPR_1177 Benain-1 Nusa Tenggara Timur -9.71755 124.462 10.20 Hydro Inventory Study_1997 JicaPR_1179 Benain-2 Nusa Tenggara Timur -9.56739 124.841 4.00 Hydro Inventory Study_1997 hp_0733 Benain-2 Nusa Tenggara Timur 4.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1180 Benain-2A Nusa Tenggara Timur -9.55657 124.831 37.10 Hydro Inventory Study_1997 JicaPR_1144 Besi Nusa Tenggara Timur -9.41877 124.116 6.90 Hydro Inventory Study_1997 hp_0736 Besi Nusa Tenggara Timur 6.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_1136 Bobo Nusa Tenggara Timur -8.77617 120.628 2.80 Hydro Inventory Study_1997 hp_0738 Bobo Nusa Tenggara Timur 2.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1120 Buntal Nusa Tenggara Timur -8.4747 120.977 5.30 Hydro Inventory Study_1997 hp_0750 Buntal Nusa Tenggara Timur 5.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1124 Dondo-1 Nusa Tenggara Timur -8.63309 121.882 1.20 Hydro Inventory Study_1997 hp_0783 Dondo-1 Nusa Tenggara Timur 1.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1125 Dondo-2 Nusa Tenggara Timur -8.67471 121.91 2.20 Hydro Inventory Study_1997 hp_0784 Dondo-2 Nusa Tenggara Timur 2.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1126 Dondo-3 Nusa Tenggara Timur -8.5655 121.947 3.80 Hydro Inventory Study_1997 hp_0785 Dondo-3 Nusa Tenggara Timur 3.80 PLN (2 - MHPP in HPPS) Screened out hp_0803 Harunda Nusa Tenggara Timur 1.60 PLN (3 - Minihydro IPP Project) Screened out JicaPR_1189 Irauri Nusa Tenggara Timur -8.20395 124.9 0.70 Hydro Inventory Study_1997 hp_0807 Irauri Nusa Tenggara Timur 0.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1137 Jomal Nusa Tenggara Timur -8.75005 120.145 21.40 Hydro Inventory Study_1997 JicaPR_1096 Kadassa-1 Nusa Tenggara Timur -9.60254 119.823 9.50 Hydro Inventory Study_1997 hp_0817 Kadassa-1 Nusa Tenggara Timur 9.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1097 Kadassa-2 Nusa Tenggara Timur -9.51892 119.891 3.80 Hydro Inventory Study_1997 hp_0818 Kadassa-2 Nusa Tenggara Timur 3.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1093 Kalada Nusa Tenggara Timur -9.495 119.601 3.70 Hydro Inventory Study_1997 hp_0619 Kalada Nusa Tenggara Timur 3.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1099 Kamatang-1 Nusa Tenggara Timur -9.62579 120.052 0.60 Hydro Inventory Study_1997 hp_0827 Kamatang-1 Nusa Tenggara Timur 0.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_1100 Kamatang-2 Nusa Tenggara Timur -9.60151 120.073 0.80 Hydro Inventory Study_1997 hp_0828 Kamatang-2 Nusa Tenggara Timur 0.80 PLN (2 - MHPP in HPPS) Screened out Annex I – Unprocessed SHP Data Page 17 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_1102 Kambera-1 Nusa Tenggara Timur -9.85961 120.11 3.30 Hydro Inventory Study_1997 hp_0829 Kambera-1 Nusa Tenggara Timur 3.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1103 Kambera-2 Nusa Tenggara Timur -9.83515 120.193 67.40 Hydro Inventory Study_1997 JicaEX_0107 Kambera-2 Nusa Tenggara Timur -9.83515 120.193 17.02 Hydro Inventory Study_1997 JicaPR_1105 Kambera-3 Nusa Tenggara Timur -9.78125 120.245 7.40 Hydro Inventory Study_1997 hp_0830 Kambera-3 Nusa Tenggara Timur 7.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_1108 Kambera-4 Nusa Tenggara Timur -9.76889 120.249 10.60 Hydro Inventory Study_1997 JicaPR_1141 Kapsali Nusa Tenggara Timur -9.70874 123.798 5.20 Hydro Inventory Study_1997 hp_0620 Kapsali Nusa Tenggara Timur 5.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1098 Kapunduk Nusa Tenggara Timur -9.53283 120.001 2.00 Hydro Inventory Study_1997 hp_0621 Kapunduk Nusa Tenggara Timur 2.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1091 Karendi-1 Nusa Tenggara Timur -9.52253 119.472 21.50 Hydro Inventory Study_1997 JicaPR_1092 Karendi-2 Nusa Tenggara Timur -9.46581 119.448 3.30 Hydro Inventory Study_1997 hp_0622 Karendi-2 Nusa Tenggara Timur 3.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1101 Lakalamba Nusa Tenggara Timur -9.55691 120.06 - Hydro Inventory Study_1997 JicaPR_1131 Lake Nusa Tenggara Timur -8.64437 120.801 4.90 Hydro Inventory Study_1997 hp_0848 Lake Nusa Tenggara Timur 4.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_1135 Laku Nusa Tenggara Timur -8.71188 120.591 6.10 Hydro Inventory Study_1997 hp_0625 Laku Nusa Tenggara Timur 6.10 PLN (2 - MHPP in HPPS) Screened out hp_0626 Lamanabi Nusa Tenggara Timur 0.55 PLN (4 - Minihydro PLN Project) Screened out JicaPR_1106 Lamuk Nusa Tenggara Timur -9.8635 120.316 1.00 Hydro Inventory Study_1997 hp_0853 Lamuk Nusa Tenggara Timur 1.00 PLN (2 - MHPP in HPPS) Screened out hp_0044 Lapopu Nusa Tenggara Timur -9.68101 119.49126 1.60 Consultant Screened out JicaPR_1191 Larana Nusa Tenggara Timur -8.30618 125.084 0.60 Hydro Inventory Study_1997 hp_0855 Larana Nusa Tenggara Timur 0.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_1122 Lawo Lambo Nusa Tenggara Timur -8.6769 121.296 3.60 Hydro Inventory Study_1997 hp_0858 Lawo Lambo Nusa Tenggara Timur 3.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_1185 Leke Nusa Tenggara Timur -9.8343 124.191 4.20 Hydro Inventory Study_1997 hp_0859 Leke Nusa Tenggara Timur 4.20 PLN (2 - MHPP in HPPS) Screened out hp_1015 Lokomboro Nusa Tenggara Timur 0.80 PLN (4 - Minihydro PLN Project) hp_0038 Lokomboro 1 Nusa Tenggara Timur -9.61831 119.29675 1.00 Consultant hp_0120 Lokomboro 6 & 7 Nusa Tenggara Timur -9.61917 119.29439 0.40 PLN (4 - Minihydro PLN Project) Screened out hp_0121 Lokomboro Cascading (#4 & #5) Nusa Tenggara Timur -9.61917 119.29439 0.40 PLN (4 - Minihydro PLN Project) hp_0122 Lokomboro Extention (#2 & #3) Nusa Tenggara Timur -9.61917 119.29439 1.00 PLN (4 - Minihydro PLN Project) JicaPR_1190 Manasako Nusa Tenggara Timur -8.24208 125.002 2.80 Hydro Inventory Study_1997 hp_0878 Manasako Nusa Tenggara Timur 2.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1178 Mau Besi Nusa Tenggara Timur -9.53515 124.755 2.40 Hydro Inventory Study_1997 hp_0888 Mau Besi Nusa Tenggara Timur 2.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_1110 Melolo-1 Nusa Tenggara Timur -10.0081 120.465 1.90 Hydro Inventory Study_1997 hp_0632 Melolo-1 Nusa Tenggara Timur 1.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_1111 Melolo-2 Nusa Tenggara Timur -9.96294 120.505 2.60 Hydro Inventory Study_1997 hp_0633 Melolo-2 Nusa Tenggara Timur 2.60 PLN (2 - MHPP in HPPS) Screened out hp_0889 Mena (Kaubele) Nusa Tenggara Timur 1.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1181 Menu-1 Nusa Tenggara Timur -9.84369 124.648 1.20 Hydro Inventory Study_1997 hp_0634 Menu-1 Nusa Tenggara Timur 1.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1182 Menu-2 Nusa Tenggara Timur -9.82387 124.73 2.70 Hydro Inventory Study_1997 hp_0635 Menu-2 Nusa Tenggara Timur 2.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1133 Meseh-1 Nusa Tenggara Timur -8.65108 120.368 10.00 Hydro Inventory Study_1997 hp_0891 Meseh-1 Nusa Tenggara Timur 1.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_1134 Meseh-2 Nusa Tenggara Timur -8.69532 120.39 9.60 Hydro Inventory Study_1997 hp_0892 Meseh-2 Nusa Tenggara Timur 9.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_1142 Metan Nusa Tenggara Timur -9.64835 123.732 26.80 Hydro Inventory Study_1997 JicaPR_1186 Mina Nusa Tenggara Timur -10.0103 124.159 20.70 Hydro Inventory Study_1997 JicaPR_1187 Mina Alt Nusa Tenggara Timur -10.0211 124.15 37.40 Hydro Inventory Study_1997 JicaPR_1132 Moke Nusa Tenggara Timur -8.74113 120.844 24.60 Hydro Inventory Study_1997 JicaPR_1183 Muke Nusa Tenggara Timur -9.97643 124.411 0.50 Hydro Inventory Study_1997 hp_0894 Muke Nusa Tenggara Timur 0.50 PLN (2 - MHPP in HPPS) Screened out hp_0211 Ndungga Nusa Tenggara Timur -8.76931 121.67846 2.00 PLN (4 - Minihydro PLN Project) JicaPR_1138 Noni Nusa Tenggara Timur -9.80533 123.83 7.60 Hydro Inventory Study_1997 hp_0898 Noni Nusa Tenggara Timur 7.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_1114 Nowa Nusa Tenggara Timur -8.55021 119.995 1.10 Hydro Inventory Study_1997 hp_0899 Nowa Nusa Tenggara Timur 1.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1094 Palame-1 Nusa Tenggara Timur -9.55974 119.796 2.40 Hydro Inventory Study_1997 hp_0908 Palame-1 Nusa Tenggara Timur 2.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_1095 Palame-2 Nusa Tenggara Timur -9.50468 119.778 1.80 Hydro Inventory Study_1997 hp_0909 Palame-2 Nusa Tenggara Timur 1.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1112 Parainglala Nusa Tenggara Timur -9.66756 119.513 15.20 Hydro Inventory Study_1997 fs_235 PLTM Denduka Nusa Tenggara Timur 0.16 PLN_wilayah fs_242 PLTM Harunda Nusa Tenggara Timur -9.57253 119.86131 1.45 PLN_wilayah fs_240 PLTM Lamanabi Nusa Tenggara Timur 0.06 PLN_wilayah fs_243 PLTM Lapopu-Wanakaka Nusa Tenggara Timur -9.67539 119.49619 1.60 PLN_wilayah fs_244 PLTM Lokomboro 6 & 7 Nusa Tenggara Timur -9.61982 119.29326 0.40 PLN_wilayah fs_241 PLTM Nggongi Nusa Tenggara Timur -10.20202 120.25441 0.03 PLN_wilayah fs_238 PLTM Sita Nusa Tenggara Timur -8.75264 120.56903 1.00 PLN_wilayah fs_237 PLTM Soru Nusa Tenggara Timur -9.53997 119.81989 0.09 PLN_wilayah hp_1067 PLTM Tersebar NTT Nusa Tenggara Timur 9.15 RUPTL hp_1068 PLTM Tersebar NTT Nusa Tenggara Timur 3.35 RUPTL fs_245 PLTM Umbuwangu 2 Nusa Tenggara Timur -9.59980 119.15549 0.20 PLN_wilayah fs_236 PLTM Wae Lega Nusa Tenggara Timur -8.54269 120.38189 1.75 PLN_wilayah fs_239 PLTM Waeroa Nusa Tenggara Timur -8.86494 120.99824 0.40 PLN_wilayah fs_246 PLTM Wanokaka 2 Nusa Tenggara Timur -9.68141 119.48650 0.72 PLN_wilayah JicaPR_1123 Rea Nusa Tenggara Timur -8.64966 121.696 2.50 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 18 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0924 Rea Nusa Tenggara Timur 2.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1129 Ria Nusa Tenggara Timur -8.75075 121.702 4.70 Hydro Inventory Study_1997 hp_0928 Ria Nusa Tenggara Timur 4.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1130 Ria Mboeli Nusa Tenggara Timur -8.75812 121.865 1.70 Hydro Inventory Study_1997 hp_0929 Ria Mboeli Nusa Tenggara Timur 1.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_1107 Rita Nusa Tenggara Timur -9.83968 120.218 8.20 Hydro Inventory Study_1997 hp_0930 Rita Nusa Tenggara Timur 8.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_1121 Sissa Nusa Tenggara Timur -8.6099 121.225 6.30 Hydro Inventory Study_1997 hp_0947 Sissa Nusa Tenggara Timur 6.30 PLN (2 - MHPP in HPPS) Screened out hp_0339 Sita Nusa Tenggara Timur -8.75264 120.56903 1.00 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0111 Sitoto Nusa Tenggara Timur -9.47348 123.958 15.24 Hydro Inventory Study_1997 JicaPR_1143 Sttoto Nusa Tenggara Timur -9.47348 123.958 29.60 Hydro Inventory Study_1997 JicaPR_1139 Taramanu-1 Nusa Tenggara Timur -9.76814 123.814 9.80 Hydro Inventory Study_1997 hp_0964 Taramanu-1 Nusa Tenggara Timur 9.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1140 Taramanu-2 Nusa Tenggara Timur -9.7378 123.75 7.30 Hydro Inventory Study_1997 hp_0965 Taramanu-2 Nusa Tenggara Timur 7.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1184 Tuke Nusa Tenggara Timur -9.92787 124.554 1.40 Hydro Inventory Study_1997 hp_0662 Tuke Nusa Tenggara Timur 1.40 PLN (2 - MHPP in HPPS) Screened out hp_0350 Umbuwangu 2 Nusa Tenggara Timur -9.59980 119.15549 0.20 PLN (4 - Minihydro PLN Project) Screened out JicaPR_1118 Vang Reo Nusa Tenggara Timur -8.35963 120.479 78.00 Hydro Inventory Study_1997 hp_1046 Wae Rancang I Nusa Tenggara Timur 10.00 RUPTL hp_1045 Wae Rancang II Nusa Tenggara Timur 6.50 RUPTL JicaPR_1117 Wai Naong Nusa Tenggara Timur -8.50598 120.539 15.50 Hydro Inventory Study_1997 JicaEX_0108 Wai Racang Nusa Tenggara Timur -8.51533 120.417 11.07 Hydro Inventory Study_1997 JicaPR_1116 Wai Ranjang Nusa Tenggara Timur -8.51533 120.417 9.30 Hydro Inventory Study_1997 hp_0984 Wai Ranjang Nusa Tenggara Timur 9.30 PLN (2 - MHPP in HPPS) Screened out hp_0579 Wai Rantjang Nusa Tenggara Timur -8.58333 120.46667 15.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_1115 Wai Ru Nusa Tenggara Timur -8.50656 120.367 8.30 Hydro Inventory Study_1997 hp_0985 Wai Ru Nusa Tenggara Timur 8.30 PLN (2 - MHPP in HPPS) Screened out hp_0986 Waigaret Nusa Tenggara Timur 0.10 PLN (4 - Minihydro PLN Project) JicaPR_1104 Waikudu Nusa Tenggara Timur -9.78111 120.115 1.80 Hydro Inventory Study_1997 hp_0665 Waikudu Nusa Tenggara Timur 1.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1127 Wajo-1 Nusa Tenggara Timur -8.6716 122.086 1.50 Hydro Inventory Study_1997 hp_0987 Wajo-1 Nusa Tenggara Timur 1.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1128 Wajo-2 Nusa Tenggara Timur -8.72894 122.02 2.00 Hydro Inventory Study_1997 hp_0988 Wajo-2 Nusa Tenggara Timur 2.00 PLN (2 - MHPP in HPPS) Screened out hp_0580 Wanakaka Nusa Tenggara Timur -9.67561 119.49556 1.60 PLN (3 - Minihydro IPP Project) Screened out JicaPR_1109 Watumbaka Nusa Tenggara Timur -9.82015 120.39 1.10 Hydro Inventory Study_1997 hp_0667 Watumbaka Nusa Tenggara Timur 1.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1113 Watupanggantu Nusa Tenggara Timur -9.61406 119.318 7.10 Hydro Inventory Study_1997 hp_0990 Watupanggantu Nusa Tenggara Timur 7.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0921 Akimuga-1 Papua -4.34687 137.506 71.30 Hydro Inventory Study_1997 JicaPR_0922 Akimuga-2 Papua -4.41438 137.565 61.30 Hydro Inventory Study_1997 hp_0455 Amai Papua -3.43850 140.38794 1.40 PLN (4 - Minihydro PLN Project) hp_0704 Amaru Papua 7.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0895 Andreac Papua -4.54243 139.494 21.70 Hydro Inventory Study_1997 hp_1084 Baliem Papua 50.00 RUPTL hp_0111 Baliem 2 Papua -4.27284 139.06448 2.00 Consultant Screened out JicaPR_0884 Baliem-1 Papua -4.19687 139.022 100.00 Hydro Inventory Study_1997 JicaPR_0885 Baliem-2 Papua -4.24034 139.063 175.40 Hydro Inventory Study_1997 JicaPR_0886 Baliem-3 Papua -4.30659 139.053 95.60 Hydro Inventory Study_1997 JicaPR_0887 Baliem-4 Papua -4.37217 139.103 107.30 Hydro Inventory Study_1997 JicaPR_0888 Baliem-5 Papua -4.40821 139.176 195.20 Hydro Inventory Study_1997 JicaPR_0889 Baliem-6 Papua -4.46622 139.239 91.00 Hydro Inventory Study_1997 JicaPR_0890 Baliem-7 Papua -4.50997 139.296 100.70 Hydro Inventory Study_1997 JicaPR_0891 Baliem-8 Papua -4.5654 139.323 141.90 Hydro Inventory Study_1997 JicaPR_1038 Bemong Papua -3.84386 137.363 41.20 Hydro Inventory Study_1997 hp_1040 Biak Papua 2.60 RUPTL JicaPR_0909 Blumen-1 Papua -4.3572 137.827 77.80 Hydro Inventory Study_1997 JicaPR_0910 Blumen-2 Papua -4.53444 137.961 24.20 Hydro Inventory Study_1997 JicaPR_0896 Brazza-1 Papua -4.55404 139.744 46.30 Hydro Inventory Study_1997 JicaPR_0897 Brazza-2 Papua -4.60661 139.726 91.10 Hydro Inventory Study_1997 JicaPR_0898 Brazza-3 Papua -4.66913 139.708 74.80 Hydro Inventory Study_1997 JicaPR_0892 Catalina-1 Papua -4.53635 139.085 57.90 Hydro Inventory Study_1997 JicaPR_0893 Catalina-2 Papua -4.58143 139.147 76.70 Hydro Inventory Study_1997 JicaPR_0894 Catalina-3 Papua -4.64491 139.197 62.20 Hydro Inventory Study_1997 JicaPR_0916 Cemara-1 Papua -4.31293 137.677 94.90 Hydro Inventory Study_1997 JicaPR_0917 Cemara-2 Papua -4.38634 137.701 127.00 Hydro Inventory Study_1997 JicaPR_1040 Dalelica-1 Papua -3.95681 137.67 52.00 Hydro Inventory Study_1997 JicaPR_1041 Dalelica-2 Papua -3.8885 137.653 98.40 Hydro Inventory Study_1997 JicaPR_1042 Dalelica-3 Papua -3.80177 137.563 74.20 Hydro Inventory Study_1997 JicaPR_1043 Dalelica-4 Papua -3.73924 137.527 126.80 Hydro Inventory Study_1997 JicaPR_0911 Darmand Villa-1 Papua -4.39562 137.996 55.80 Hydro Inventory Study_1997 JicaPR_0912 Darmand Villa-2 Papua -4.39544 138.212 49.40 Hydro Inventory Study_1997 JicaPR_0913 Darmand Villa-3 Papua -4.34275 138.329 41.60 Hydro Inventory Study_1997 JicaPR_0914 Darmand Villa-4 Papua -4.45692 138.248 23.30 Hydro Inventory Study_1997 JicaPR_0915 Darmand Villa-5 Papua -4.54443 138.247 51.10 Hydro Inventory Study_1997 JicaPR_1035 Dawabu Papua -3.43434 136.546 38.50 Hydro Inventory Study_1997 JicaPR_1036 Delo-1 Papua -3.72366 137.155 94.50 Hydro Inventory Study_1997 JicaPR_1037 Delo-2 Papua -3.68055 137.275 152.00 Hydro Inventory Study_1997 JicaPR_1023 Derewo-1 Papua -3.91265 137.102 56.40 Hydro Inventory Study_1997 JicaPR_1024 Derewo-2 Papua -3.85958 137.079 35.90 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 19 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_1025 Derewo-3 Papua -3.80508 136.956 37.20 Hydro Inventory Study_1997 JicaPR_1026 Derewo-4 Papua -3.85601 136.884 128.60 Hydro Inventory Study_1997 JicaPR_1027 Derewo-5 Papua -3.60387 136.302 278.40 Hydro Inventory Study_1997 JicaPR_1028 Derewo-6 Papua -3.5155 136.178 175.00 Hydro Inventory Study_1997 JicaPR_1029 Derewo-7 Papua -3.47082 136.109 153.30 Hydro Inventory Study_1997 JicaPR_1030 Derewo-8 Papua -3.32925 136.188 36.20 Hydro Inventory Study_1997 hp_0781 Digoel Papua 3.00 PLN (4 - Minihydro PLN Project) JicaPR_0876 Digul Timur-1 Papua -5.16804 140.655 128.90 Hydro Inventory Study_1997 JicaPR_0877 Digul Timur-2 Papua -5.21525 140.588 179.50 Hydro Inventory Study_1997 JicaPR_0878 Digul Timur-3 Papua -5.29629 140.497 81.10 Hydro Inventory Study_1997 JicaPR_0901 Eilanden-1 Papua -4.83313 140.071 56.60 Hydro Inventory Study_1997 JicaPR_0902 Eilanden-2 Papua -4.91516 140.144 40.10 Hydro Inventory Study_1997 JicaPR_0903 Eilanden-3 Papua -4.87827 140.292 115.40 Hydro Inventory Study_1997 JicaPR_0934 Endere-1 Papua -4.12204 136.025 149.70 Hydro Inventory Study_1997 JicaPR_0935 Endere-2 Papua -4.1473 135.976 89.60 Hydro Inventory Study_1997 hp_0446 Genyem II Papua -2.63409 140.01628 1.00 PLN (4 - Minihydro PLN Project) hp_0795 Grime I Papua 1.00 PLN (4 - Minihydro PLN Project) hp_0616 Grime II Papua 1.00 PLN (4 - Minihydro PLN Project) JicaPR_1066 Idenburg Papua -3.66181 140.072 2 000.10 Hydro Inventory Study_1997 JicaPR_0927 Iweka Papua -4.19411 136.86 33.30 Hydro Inventory Study_1997 JicaPR_1073 Jaos Papua -2.84579 140.634 3.70 Hydro Inventory Study_1997 hp_0812 Jaos Papua 3.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0929 Jawee-1 Papua -4.05767 136.319 84.20 Hydro Inventory Study_1997 JicaPR_0931 Jawee-2 Papua -4.1335 136.259 97.10 Hydro Inventory Study_1997 JicaPR_0932 Jawee-3 Papua -4.15623 136.197 151.10 Hydro Inventory Study_1997 JicaPR_0933 Jawee-4 Papua -4.16849 136.136 157.10 Hydro Inventory Study_1997 JicaPR_1051 Kadie Papua -3.6168 138.775 22.00 Hydro Inventory Study_1997 hp_0264 Kalibumi Papua -3.47698 135.46637 2.60 PLN (4 - Minihydro PLN Project) hp_1029 Kalibumi II Papua 5.00 RUPTL hp_1028 Kalibumi III Cascade Papua 7.50 RUPTL JicaPR_0879 Kao-1 Papua -5.17327 140.897 60.40 Hydro Inventory Study_1997 JicaPR_0880 Kao-2 Papua -5.19783 140.857 58.50 Hydro Inventory Study_1997 JicaPR_0881 Kao-3 Papua -5.21172 140.782 49.10 Hydro Inventory Study_1997 JicaPR_0882 Kao-4 Papua -5.4035 140.678 40.10 Hydro Inventory Study_1997 JicaPR_1069 Kokori Papua -2.34619 137.476 25.30 Hydro Inventory Study_1997 JicaPR_1039 Korokinaran Papua -3.80668 137.457 84.90 Hydro Inventory Study_1997 JicaPR_1070 Lesa Papua -2.26839 137.32 30.30 Hydro Inventory Study_1997 JicaPR_0906 Lorentz-1 Papua -4.43344 138.775 69.40 Hydro Inventory Study_1997 JicaPR_0907 Lorentz-2 Papua -4.47533 138.773 96.90 Hydro Inventory Study_1997 JicaPR_0908 Lorentz-3 Papua -4.60904 138.791 17.00 Hydro Inventory Study_1997 JicaPR_1067 Mamberamo-1 Papua -2.44672 138.207 6 446.30 Hydro Inventory Study_1997 JicaPR_1068 Mamberamo-2 Papua -2.16566 137.892 955.10 Hydro Inventory Study_1997 JicaPR_0920 Mamoa Papua -4.3597 137.385 43.40 Hydro Inventory Study_1997 JicaPR_0936 Mapia-1 Papua -4.09438 135.839 33.30 Hydro Inventory Study_1997 JicaPR_0937 Mapia-2 Papua -4.19504 135.888 135.30 Hydro Inventory Study_1997 hp_0630 Maredrer Papua 9.00 PLN (2 - MHPP in HPPS) Screened out hp_0395 Mariarotu-1 Papua -1.80731 136.02772 1.30 PLN (4 - Minihydro PLN Project) Screened out hp_0396 Mariarotu-1 Papua -1.80764 136.02208 1.30 PLN (4 - Minihydro PLN Project) hp_0397 Mariarotu-2 Papua -1.82222 136.43167 1.30 PLN (4 - Minihydro PLN Project) hp_0631 Mega Papua 9.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1018 Meno Papua -3.84861 135.435 17.80 Hydro Inventory Study_1997 JicaPR_0924 Mimika Papua -4.15706 136.606 20.80 Hydro Inventory Study_1997 hp_0893 Momi/Ransiki Papua 9.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_1034 Nadubuai Papua -2.40207 136.952 27.10 Hydro Inventory Study_1997 JicaPR_0905 Noordosst Papua -4.51197 138.671 31.40 Hydro Inventory Study_1997 JicaPR_0904 Noordwest Papua -4.44587 138.478 51.70 Hydro Inventory Study_1997 hp_1076 Orya 2 Papua 10.00 RUPTL hp_1075 Orya/Genyem Papua 20.00 RUPTL JicaPR_0923 Otomona Papua -4.24879 136.985 39.50 Hydro Inventory Study_1997 JicaPR_1078 P. Biak Papua -0.994064 135.988 7.30 Hydro Inventory Study_1997 hp_0902 P. Biak Papua 7.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_1076 P. Japen-1 Papua -1.822 136.342 7.10 Hydro Inventory Study_1997 hp_0903 P. Japen-1 Papua 7.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1077 P. Japen-2 Papua -1.81329 136.123 4.20 Hydro Inventory Study_1997 hp_0904 P. Japen-2 Papua 4.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0928 Paniai/Uta Papua -3.97369 136.348 61.50 Hydro Inventory Study_1997 hp_0696 Prafi Papua 8.80 PLN (2 - MHPP in HPPS) Screened out hp_0921 Ransiki-1 Papua 1.00 PLN (2 - MHPP in HPPS) Screened out hp_0922 Ransiki-3 Papua 8.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1047 Rauffaer-1 Papua -3.67491 137.488 218.50 Hydro Inventory Study_1997 JicaPR_1048 Rauffaer-2 Papua -3.58794 137.354 165.90 Hydro Inventory Study_1997 JicaPR_1049 Rauffaer-3 Papua -3.50639 137.284 186.10 Hydro Inventory Study_1997 JicaPR_1033 Rombak Papua -2.48697 136.697 48.60 Hydro Inventory Study_1997 JicaPR_1072 Sentani Papua -2.7447 140.624 8.40 Hydro Inventory Study_1997 hp_0941 Sentani Papua 8.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_1075 Sermo Papua -2.64529 140.021 6.10 Hydro Inventory Study_1997 hp_0943 Sermo Papua 6.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_1031 Siewa-1 Papua -3.2583 136.385 60.10 Hydro Inventory Study_1997 JicaPR_1032 Siewa-2 Papua -3.1811 136.351 45.00 Hydro Inventory Study_1997 hp_0368 Sinagma 1 Papua -4.11207 138.92650 0.12 PLN (4 - Minihydro PLN Project) hp_0136 Sinagma 2 Papua -4.11068 138.92783 0.14 PLN (4 - Minihydro PLN Project) hp_0137 Sinagma 3 Papua -4.11068 138.92783 0.14 PLN (4 - Minihydro PLN Project) Annex I – Unprocessed SHP Data Page 20 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_1022 Siriwo Papua -3.42937 135.924 74.30 Hydro Inventory Study_1997 JicaPR_1060 Sobger-1 Papua -4.32528 139.784 17.00 Hydro Inventory Study_1997 JicaPR_1061 Sobger-2 Papua -4.33315 139.835 37.80 Hydro Inventory Study_1997 JicaPR_1062 Sobger-3 Papua -4.26606 139.908 94.20 Hydro Inventory Study_1997 JicaPR_1063 Sobger-4 Papua -4.21044 139.958 84.90 Hydro Inventory Study_1997 JicaPR_1064 Sobger-5 Papua -4.30996 140.15 86.90 Hydro Inventory Study_1997 JicaPR_1065 Sobger-6 Papua -4.51244 140.624 411.00 Hydro Inventory Study_1997 JicaPR_0871 Sop-1 Papua -4.76026 140.559 124.50 Hydro Inventory Study_1997 JicaPR_0872 Sop-2 Papua -4.8012 140.635 117.50 Hydro Inventory Study_1997 JicaPR_0873 Sop-3 Papua -4.85654 140.681 105.20 Hydro Inventory Study_1997 JicaPR_0874 Sop-4 Papua -5.01333 140.727 129.70 Hydro Inventory Study_1997 JicaPR_0875 Sop-5 Papua -5.09103 140.702 122.70 Hydro Inventory Study_1997 hp_0950 Sorong Papua 0.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0899 Steen Boom-1 Papua -4.66206 140.012 104.00 Hydro Inventory Study_1997 JicaPR_0900 Steen Boom-2 Papua -4.72953 139.948 100.80 Hydro Inventory Study_1997 JicaPR_1017 Sura Papua -3.75542 135.571 20.60 Hydro Inventory Study_1997 JicaPR_1019 Suro Papua -3.73692 135.379 52.60 Hydro Inventory Study_1997 JicaPR_1074 Tami Papua -2.70255 140.814 32.30 Hydro Inventory Study_1997 JicaPR_0930 Tigi/Jawee Papua -4.07482 136.263 83.00 Hydro Inventory Study_1997 JicaPR_0941 Titinima-1 Papua -3.98915 135.546 40.30 Hydro Inventory Study_1997 JicaPR_0942 Titinima-2 Papua -3.97318 135.451 42.50 Hydro Inventory Study_1997 JicaPR_0943 Titinima-3 Papua -3.98104 135.386 56.80 Hydro Inventory Study_1997 JicaPR_1050 Toli Papua -3.56082 138.408 17.80 Hydro Inventory Study_1997 JicaPR_0918 Tsing-1 Papua -4.194 137.236 64.50 Hydro Inventory Study_1997 JicaPR_0919 Tsing-2 Papua -4.40453 137.201 30.50 Hydro Inventory Study_1997 JicaPR_0925 Tuaka Papua -4.20066 136.725 48.10 Hydro Inventory Study_1997 JicaPR_1020 Ulawa Papua -3.74776 135.776 34.90 Hydro Inventory Study_1997 JicaPR_0938 Urumuka Papua -4.34018 136.082 28.10 Hydro Inventory Study_1997 JicaPR_1052 Vandewal-1 Papua -3.64632 139.018 39.50 Hydro Inventory Study_1997 JicaPR_1053 Vandewal-2 Papua -3.63889 139.119 48.40 Hydro Inventory Study_1997 JicaPR_1054 Vandewal-3 Papua -3.78845 139.261 16.80 Hydro Inventory Study_1997 JicaPR_1055 Vandewal-4 Papua -3.68845 139.395 104.80 Hydro Inventory Study_1997 JicaPR_1056 Vandewal-5 Papua -3.76172 139.572 113.40 Hydro Inventory Study_1997 JicaPR_1057 Vandewal-6 Papua -4.01356 139.566 16.30 Hydro Inventory Study_1997 JicaPR_1058 Vandewal-7 Papua -3.9651 139.605 34.60 Hydro Inventory Study_1997 JicaPR_1059 Vandewal-8 Papua -3.72991 139.69 221.70 Hydro Inventory Study_1997 hp_0073 Walesi Papua -4.13681 138.90744 2.90 Consultant Screened out hp_0688 Walesi #1 Papua 0.50 PLN (4 - Minihydro PLN Project) hp_0689 Walesi #2 Papua 0.50 PLN (4 - Minihydro PLN Project) hp_0690 Walesi #3 Papua 0.32 PLN (4 - Minihydro PLN Project) hp_0691 Walesi #4 Papua 0.32 PLN (4 - Minihydro PLN Project) hp_0692 Walesi #5 Papua 0.50 PLN (4 - Minihydro PLN Project) hp_0411 Walesi 6 - 7 Papua -4.09722 138.90222 1.20 PLN (4 - Minihydro PLN Project) hp_0687 Walesi Blok II Papua 6.00 PLN (3 - Minihydro IPP Project) JicaPR_0883 Wamena Papua -4.10602 138.861 3.50 Hydro Inventory Study_1997 hp_0666 Wamena Papua 3.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_1021 Warasai Papua -3.58745 135.968 240.70 Hydro Inventory Study_1997 JicaPR_0926 Wataikwa Papua -4.18376 136.799 25.80 Hydro Inventory Study_1997 hp_0991 Werba #1 Papua 1.00 PLN (4 - Minihydro PLN Project) hp_0992 Werba #2 Papua 1.00 PLN (4 - Minihydro PLN Project) JicaPR_1071 Wiru Papua -2.51086 139.621 32.80 Hydro Inventory Study_1997 JicaPR_1016 Woguni Papua -3.05526 134.476 28.50 Hydro Inventory Study_1997 JicaPR_1044 Yamo-1 Papua -3.67957 138.073 19.70 Hydro Inventory Study_1997 JicaPR_1045 Yamo-2 Papua -3.65609 138.008 29.20 Hydro Inventory Study_1997 JicaPR_1046 Yamo-3 Papua -3.67248 137.682 92.10 Hydro Inventory Study_1997 JicaPR_0974 Aifat-1 Papua Barat -0.780945 132.884 14.60 Hydro Inventory Study_1997 JicaPR_0975 Aifat-2 Papua Barat -0.889394 132.678 161.00 Hydro Inventory Study_1997 JicaPR_0977 Aifat-3 Papua Barat -0.959918 132.555 176.90 Hydro Inventory Study_1997 JicaPR_0978 Aifat-4 Papua Barat -1.26388 132.587 162.20 Hydro Inventory Study_1997 JicaPR_0979 Aifat-5 Papua Barat -1.33596 132.564 34.00 Hydro Inventory Study_1997 JicaPR_0969 Aiman-1 Papua Barat -1.03826 133.161 19.00 Hydro Inventory Study_1997 JicaPR_0970 Aiman-2 Papua Barat -1.01756 133.023 44.90 Hydro Inventory Study_1997 JicaPR_0971 Aiman-3 Papua Barat -1.20979 132.799 195.60 Hydro Inventory Study_1997 JicaPR_0972 Aiman-4 Papua Barat -1.36007 132.832 112.30 Hydro Inventory Study_1997 JicaPR_0973 Aiman-5 Papua Barat -1.38475 132.811 35.30 Hydro Inventory Study_1997 JicaPR_0980 Amaru Papua Barat -1.32222 132.396 7.90 Hydro Inventory Study_1997 JicaPR_0995 Anita Papua Barat -0.881379 133.36 15.60 Hydro Inventory Study_1997 JicaPR_1009 Gigi/Gita Papua Barat -1.38004 133.923 11.90 Hydro Inventory Study_1997 JicaPR_1010 Gita/Ransiki Papua Barat -1.36543 134.008 95.40 Hydro Inventory Study_1997 JicaPR_1014 Gita/Ransiki-1 Papua Barat -1.401 133.992 57.60 Hydro Inventory Study_1997 JicaPR_1015 Gita/Ransiki-2 Papua Barat -1.37054 133.995 16.50 Hydro Inventory Study_1997 JicaPR_0976 Jawian Papua Barat -0.845988 132.572 64.00 Hydro Inventory Study_1997 JicaPR_1005 Jofsisera Papua Barat -1.02488 133.644 17.40 Hydro Inventory Study_1997 JicaPR_0947 Kamakawalar Papua Barat -3.80404 134.211 103.00 Hydro Inventory Study_1997 JicaPR_0996 Kasi-1 Papua Barat -0.855583 133.334 34.70 Hydro Inventory Study_1997 JicaPR_0997 Kasi-2 Papua Barat -0.815043 133.411 33.30 Hydro Inventory Study_1997 JicaPR_0982 Kladuk-1 Papua Barat -1.0086 131.891 133.40 Hydro Inventory Study_1997 JicaPR_0983 Kladuk-2 Papua Barat -1.25664 131.769 236.00 Hydro Inventory Study_1997 hp_0225 Kombemur Papua Barat -2.94278 132.39667 6.60 PLN (4 - Minihydro PLN Project) JicaPR_0986 Koor-1 Papua Barat -0.547675 132.572 35.10 Hydro Inventory Study_1997 JicaPR_0987 Koor-2 Papua Barat -0.578388 132.517 14.70 Hydro Inventory Study_1997 JicaPR_0988 Koor-3 Papua Barat -0.427243 132.329 113.10 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 21 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_0950 Kuri Papua Barat -2.74372 134.112 90.30 Hydro Inventory Study_1997 JicaPR_0944 Lengguru-1 Papua Barat -3.40286 134.15 23.80 Hydro Inventory Study_1997 JicaPR_0945 Lengguru-2 Papua Barat -3.70296 134.078 44.50 Hydro Inventory Study_1997 JicaPR_0946 Loamora/Kamakawalar Papua Barat -3.69421 134.229 81.80 Hydro Inventory Study_1997 JicaPR_0949 Maredrer Papua Barat -2.94423 132.36 9.00 Hydro Inventory Study_1997 JicaPR_0993 Mearjer-1 Papua Barat -0.986839 133.47 17.80 Hydro Inventory Study_1997 JicaPR_0994 Mearjer-2 Papua Barat -0.898132 133.411 23.30 Hydro Inventory Study_1997 JicaPR_0984 Mega Papua Barat -0.674452 132.083 9.50 Hydro Inventory Study_1997 JicaPR_0964 Mios-1 Papua Barat -1.42749 133.12 22.00 Hydro Inventory Study_1997 JicaPR_0965 Mios-2 Papua Barat -1.50018 133.151 15.20 Hydro Inventory Study_1997 JicaPR_1013 Momi/Ransiki Papua Barat -1.45258 134.058 9.80 Hydro Inventory Study_1997 JicaPR_0989 Moon Papua Barat -0.534448 132.8 13.70 Hydro Inventory Study_1997 JicaPR_0951 Muturi-1 Papua Barat -1.55135 133.855 46.70 Hydro Inventory Study_1997 JicaPR_0952 Muturi-2 Papua Barat -1.95363 133.786 51.90 Hydro Inventory Study_1997 JicaPR_1079 P. Misool Papua Barat -1.84609 129.915 11.80 Hydro Inventory Study_1997 JicaPR_1007 Prafi Papua Barat -1.00681 133.897 8.80 Hydro Inventory Study_1997 hp_0917 Prafi Papua Barat 2.50 PLN (4 - Minihydro PLN Project) Screened out hp_1060 Prafi 2 Papua Barat 1.00 RUPTL hp_1057 Ransiki Papua Barat 6.00 RUPTL JicaPR_1008 Ransiki-1 Papua Barat -1.31522 134.038 10.00 Hydro Inventory Study_1997 JicaPR_1011 Ransiki-2 Papua Barat -1.38248 134.066 19.70 Hydro Inventory Study_1997 JicaPR_1012 Ransiki-3 Papua Barat -1.43076 134.089 8.50 Hydro Inventory Study_1997 JicaPR_0958 Rawarra-1 Papua Barat -1.2054 133.322 29.20 Hydro Inventory Study_1997 JicaPR_0959 Rawarra-2 Papua Barat -1.3049 133.381 31.30 Hydro Inventory Study_1997 JicaPR_0960 Rawarra-3 Papua Barat -1.24904 133.245 64.60 Hydro Inventory Study_1997 JicaPR_0961 Rawarra-4 Papua Barat -1.30923 133.081 105.90 Hydro Inventory Study_1997 JicaPR_0962 Rawarra-5 Papua Barat -1.44719 132.94 134.10 Hydro Inventory Study_1997 JicaPR_0963 Rawarra-6 Papua Barat -1.49737 132.918 17.40 Hydro Inventory Study_1997 JicaPR_0981 Sadine Papua Barat -0.888594 132.182 15.20 Hydro Inventory Study_1997 JicaPR_0948 Sakua Papua Barat -3.05805 133.951 12.80 Hydro Inventory Study_1997 JicaPR_0985 Sorong Papua Barat -0.853366 131.264 0.50 Hydro Inventory Study_1997 JicaPR_0953 Tembuni-1 Papua Barat -1.39513 133.729 40.50 Hydro Inventory Study_1997 JicaPR_0954 Tembuni-2 Papua Barat -1.47592 133.696 33.20 Hydro Inventory Study_1997 JicaPR_0955 Tembuni-3 Papua Barat -1.51563 133.666 41.50 Hydro Inventory Study_1997 JicaPR_0956 Tembuni-4 Papua Barat -1.6686 133.594 26.00 Hydro Inventory Study_1997 JicaPR_0957 Tembuni-5 Papua Barat -1.81841 133.358 40.40 Hydro Inventory Study_1997 JicaPR_0966 Tunoforo-1 Papua Barat -1.33095 133.556 19.70 Hydro Inventory Study_1997 JicaPR_0967 Tunoforo-2 Papua Barat -1.42231 133.557 33.80 Hydro Inventory Study_1997 JicaPR_0968 Tunoforo-3 Papua Barat -1.49868 133.515 25.10 Hydro Inventory Study_1997 JicaPR_0939 Urema-1 Papua Barat -3.60819 134.705 18.00 Hydro Inventory Study_1997 JicaPR_0940 Urema-2 Papua Barat -3.73546 134.893 23.90 Hydro Inventory Study_1997 hp_0693 Waigo Papua Barat 1.00 PLN (4 - Minihydro PLN Project) JicaPR_0998 Waramai-1 Papua Barat -0.991188 133.527 11.50 Hydro Inventory Study_1997 JicaPR_0999 Waramai-2 Papua Barat -0.91885 133.56 23.60 Hydro Inventory Study_1997 JicaPR_1000 Waramai-3 Papua Barat -0.86416 133.597 14.20 Hydro Inventory Study_1997 hp_0459 Warsamson Papua Barat -0.80000 131.38333 49.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_1001 Waryori-1 Papua Barat -1.19892 133.733 62.70 Hydro Inventory Study_1997 JicaPR_1002 Waryori-2 Papua Barat -1.18792 133.772 20.50 Hydro Inventory Study_1997 JicaPR_1003 Waryori-3 Papua Barat -1.10714 133.762 25.70 Hydro Inventory Study_1997 JicaPR_1004 Waryori-4 Papua Barat -1.01355 133.719 96.50 Hydro Inventory Study_1997 JicaPR_1006 Waryori-5 Papua Barat -0.898207 133.653 130.10 Hydro Inventory Study_1997 JicaPR_0992 Wekareng Papua Barat -0.637214 133.172 13.90 Hydro Inventory Study_1997 JicaPR_0991 Wepei Papua Barat -0.601681 133.128 11.90 Hydro Inventory Study_1997 JicaPR_0990 Wesauni Papua Barat -0.556395 133.028 55.80 Hydro Inventory Study_1997 JicaPR_0104 Biobio Riau -0.115366 100.884093 24.10 Hydro Inventory Study_1997 JicaPR_0123 Gangsal Riau -0.792301 102.456412 8.20 Hydro Inventory Study_1997 hp_0495 Gangsal Riau -0.80000 102.45000 8.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0100 Kampar Kanan-2 Riau 0.384691 100.381666 38.00 Hydro Inventory Study_1997 JicaPR_0101 Kapurnangadang Riau 0.298311 100.577992 29.70 Hydro Inventory Study_1997 JicaEX_0012 Kotapanjang Riau 0.28964 100.877086 114.00 Hydro Inventory Study_1997 hp_0025 Kotopanjang Riau 0.29000 100.88166 114.00 Consultant Screened out JicaPR_0121 Kuantan-2 Riau -0.621197 101.346715 284.00 Hydro Inventory Study_1997 hp_0387 Kuantan-2 Riau -0.63333 101.33333 272.40 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0097 Rokan Kiri-1 Riau 0.558671 100.312199 189.00 Hydro Inventory Study_1997 JicaPR_0098 Rokan Kiri-2 Riau 0.673434 100.434951 113.00 Hydro Inventory Study_1997 JicaPR_0105 Sibayang-1 Riau -0.300485 101.007049 28.60 Hydro Inventory Study_1997 JicaPR_0106 Sibayang-2 Riau -0.19013 101.069432 101.50 Hydro Inventory Study_1997 JicaPR_0107 Sungingi Riau -0.423316 101.288786 39.40 Hydro Inventory Study_1997 fs_200 PLTM Bambalu Sulawesi Selatan 0.30 PLN_wilayah fs_187 PLTM Bantaeng 1 Sulawesi Selatan -5.38703 120.01219 4.20 PLN_pusat_repository fs_193 PLTM Batukede Sulawesi Selatan -3.19112 119.53215 8.85 PLN_wilayah fs_194 PLTM Benteng Malewang Sulawesi Selatan -5.40883 120.03546 5.20 PLN_wilayah fs_208 PLTM Bontomantene Sulawesi Selatan -5.38083 120.10330 2.22 PLN_wilayah fs_197 PLTM Bontotene Sulawesi Selatan 1.00 PLN_wilayah fs_207 PLTM Bungin 2 Sulawesi Selatan -3.51406 119.90036 10.00 PLN_wilayah fs_182 PLTM Bungin 3 Sulawesi Selatan -3.51947 120.00167 5.00 PLN_pusat_repository fs_201 PLTM Datara Sulawesi Selatan -5.44856 119.79539 9.50 PLN_wilayah fs_179 PLTM Dusun Palantieng Sulawesi Selatan -4.85000 120.31667 4.00 PLN_pusat fs_202 PLTM Kadundung Sulawesi Selatan -3.38590 120.16330 3.20 PLN_wilayah fs_180 PLTM Kahaya Sulawesi Selatan -5.32333 120.00391 3.00 PLN_pusat fs_209 PLTM Kindang Sulawesi Selatan -5.40883 120.03546 3.50 PLN_wilayah fs_205 PLTM Kindang 2 Sulawesi Selatan -5.35028 120.06389 3.00 PLN_wilayah Annex I – Unprocessed SHP Data Page 22 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening fs_189 PLTM Kondongan Sulawesi Selatan -3.02975 119.73861 3.45 PLN_pusat_repository fs_195 PLTM Ma'dong Sulawesi Selatan -2.95261 119.80867 10.00 PLN_wilayah fs_198 PLTM Maiting Hulu 2 Sulawesi Selatan -2.86501 119.84459 8.00 PLN_wilayah fs_185 PLTM Mallawa Sulawesi Selatan -4.82222 119.88222 5.00 PLN_pusat_repository fs_188 PLTM Malua Sulawesi Selatan -3.29806 119.94761 4.60 PLN_pusat_repository fs_184 PLTM Pasui 2 Sulawesi Selatan -3.43547 119.89486 6.40 PLN_pusat_repository fs_196 PLTM Patikala Sulawesi Selatan -2.45269 120.40989 6.00 PLN_wilayah fs_203 PLTM Paun Sulawesi Selatan -3.20373 119.54412 9.20 PLN_wilayah fs_190 PLTM Pongbatik Sulawesi Selatan -2.98881 119.69261 3.00 PLN_pusat_repository fs_206 PLTM Rongkong 3 Sulawesi Selatan -2.56628 119.98804 7.60 PLN_wilayah fs_183 PLTM Saluanoa Sulawesi Selatan -2.33869 120.79167 2.00 PLN_pusat_repository fs_199 PLTM Sapaya Sulawesi Selatan -5.33818 119.70352 5.20 PLN_wilayah fs_191 PLTM Siteba 2 Sulawesi Selatan 9.75 PLN_pusat_repository fs_186 PLTM Tombolo Pao Sulawesi Selatan 2.00 PLN_pusat_repository fs_204 PLTM Tomoni Sulawesi Selatan -2.47583 120.70611 10.00 PLN_wilayah fs_181 PLTMH Eremerasa Sulawesi Selatan -5.47019 120.01551 1.30 PLN_pusat fs_63 PLTM Babatan Sumatera Selatan -4.13028 103.6225 5.00 PLN_pusat_repository fs_61 PLTM Karyanyata Sumatera Selatan -4.07 103.66 4.00 PLN_pusat_repository fs_64 PLTM Komering Sumatera Selatan -3.23114 104.47228 1.40 PLN_pusat_repository fs_60 PLTM Lahat Sumatera Selatan -3.86829 103.36097 10.00 PLN_pusat fs_65 PLTM Niagara Sumatera Selatan -4.79497 103.90367 1.70 PLN_pusat_repository fs_62 PLTM Semendo Sumatera Selatan -4.10718 103.62896 9.50 PLN_pusat_repository hp_0437 Balla Sulawesi Barat -3.01700 119.31692 0.70 PLN (4 - Minihydro PLN Project) hp_0448 Bonehau Sulawesi Barat -2.69072 119.20837 4.00 PLN (4 - Minihydro PLN Project) hp_0745 Budong-budong Sulawesi Barat 2.00 PLN (4 - Minihydro PLN Project) JicaPR_0827 Budung-1 Sulawesi Barat -1.84379 119.75 27.70 Hydro Inventory Study_1997 JicaPR_0828 Budung-2 Sulawesi Barat -1.95523 119.688 31.50 Hydro Inventory Study_1997 JicaPR_0829 Budung-3 Sulawesi Barat -2.01121 119.616 14.40 Hydro Inventory Study_1997 JicaPR_0830 Budung-4 Sulawesi Barat -1.93751 119.618 14.90 Hydro Inventory Study_1997 JicaPR_0824 Calumpang Sulawesi Barat -2.45523 119.459 356.30 Hydro Inventory Study_1997 hp_0602 Kalukku Sulawesi Barat 1.40 PLN (4 - Minihydro PLN Project) JicaPR_0822 Kaluku Sulawesi Barat -2.621 119.15 35.60 Hydro Inventory Study_1997 hp_1026 Karama Baseload (Unsolicited) Sulawesi Barat 100.00 RUPTL hp_1025 Karama Peaking (Unsolicited) Sulawesi Barat 350.00 RUPTL JicaPR_0825 Karama-2 Sulawesi Barat -2.40754 119.382 791.60 Hydro Inventory Study_1997 JicaPR_0826 Kerataun Sulawesi Barat -2.55543 119.544 54.50 Hydro Inventory Study_1997 JicaPR_0840 Lariang-10 Sulawesi Barat -1.5123 119.634 7.00 Hydro Inventory Study_1997 JicaPR_0837 Lariang-7 Sulawesi Barat -1.41527 119.649 639.30 Hydro Inventory Study_1997 JicaPR_0821 Malunda Sulawesi Barat -2.96581 118.898 36.90 Hydro Inventory Study_1997 JicaPR_0810 Mamasa-1 Sulawesi Barat -3.0979 119.304 183.60 Hydro Inventory Study_1997 JicaPR_0803 Mamasa-2 Sulawesi Barat -3.11396 119.309 19.80 Hydro Inventory Study_1997 JicaPR_0816 Mandar-1 Sulawesi Barat -3.13924 118.961 17.80 Hydro Inventory Study_1997 JicaPR_0817 Mandar-2 Sulawesi Barat -3.23099 118.997 19.10 Hydro Inventory Study_1997 JicaPR_0818 Mandar-3 Sulawesi Barat -3.37622 119.018 17.20 Hydro Inventory Study_1997 JicaPR_0820 Manyamba Sulawesi Barat -3.15061 118.865 13.90 Hydro Inventory Study_1997 JicaPR_0812 Mapili-1 Sulawesi Barat -3.04606 119.076 72.60 Hydro Inventory Study_1997 JicaPR_0813 Mapili-2 Sulawesi Barat -3.14412 119.08 90.60 Hydro Inventory Study_1997 JicaPR_0814 Mapili-3 Sulawesi Barat -3.29238 119.119 55.10 Hydro Inventory Study_1997 JicaPR_0815 Masuni Sulawesi Barat -3.19018 119.15 413.30 Hydro Inventory Study_1997 hp_0525 Masuni Sulawesi Barat -3.20000 119.13333 4.20 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0819 Matana-2 Sulawesi Barat -3.34547 118.99 6.90 Hydro Inventory Study_1997 JicaPR_0811 Rentelemo Sulawesi Barat -2.92989 119.216 6.70 Hydro Inventory Study_1997 hp_0709 Andolaki-2 Sulawesi Selatan 7.91 PLN (2 - MHPP in HPPS) Screened out JicaPR_0780 Awo Sulawesi Selatan -3.70426 120.17 2.10 Hydro Inventory Study_1997 hp_0711 Awo Sulawesi Selatan 2.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0779 Bajo Sulawesi Selatan -3.36809 120.189 1.80 Hydro Inventory Study_1997 hp_0714 Bajo Sulawesi Selatan 1.80 PLN (2 - MHPP in HPPS) Screened out hp_0026 Bakaru Sulawesi Selatan -3.47981 119.65173 126.00 Consultant Screened out JicaEX_0088 Bakaru (1st Stage) Sulawesi Selatan -3.45417 119.623 126.00 Hydro Inventory Study_1997 JicaEX_0089 Bakaru (2nd Stage) Sulawesi Selatan -3.463085 119.63707 126.00 Hydro Inventory Study_1997 hp_0149 Bakaru (2nd) Sulawesi Selatan -3.45000 119.60000 126.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0100 Balambano Sulawesi Selatan -2.64482 121.22009 13.00 Consultant hp_0235 Baliase Sulawesi Selatan -2.42081 120.37490 9.00 PLN (3 - Minihydro IPP Project) hp_0414 Bantaeng-1 Sulawesi Selatan -5.38719 120.01194 4.20 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0086 Batu Sulawesi Selatan -3.427605 119.711494 271.10 Hydro Inventory Study_1997 hp_0484 Batu Sulawesi Selatan -3.43333 119.70000 271.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0786 Batuputi Sulawesi Selatan -4.78268 119.954 11.70 Hydro Inventory Study_1997 hp_0242 Belajen Sulawesi Selatan -3.31333 119.82778 8.30 PLN (3 - Minihydro IPP Project) JicaEX_0084 Bili-Bili Sulawesi Selatan -5.279 119.585 11.20 Hydro Inventory Study_1997 hp_0002 Bili-bili Sulawesi Selatan -5.27960 119.58533 2.00 Consultant Screened out JicaPR_0808 Bonto Batu Sulawesi Selatan -3.4687 119.758 235.70 Hydro Inventory Study_1997 hp_0458 Bonto Batu Sulawesi Selatan -3.28333 119.70000 1.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0744 Bontotene (Takapala) Sulawesi Selatan 1.70 PLN (3 - Minihydro IPP Project) hp_0408 Bungin Sulawesi Selatan -3.52861 119.94228 3.00 PLN (3 - Minihydro IPP Project) hp_0251 Bungin III Sulawesi Selatan -3.51947 120.00169 5.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0788 Cancadi Sulawesi Selatan -4.5624 119.869 12.40 Hydro Inventory Study_1997 hp_0258 Datara Sulawesi Selatan -5.44784 119.79549 6.60 PLN (3 - Minihydro IPP Project) Screened out hp_0493 Eremerasa Sulawesi Selatan -5.47013 120.01551 1.20 PLN (3 - Minihydro IPP Project) Screened out hp_0808 Iwoimenda Sulawesi Selatan 8.65 PLN (2 - MHPP in HPPS) Screened out JicaPR_0798 Jeneberang Sulawesi Selatan -5.28073 119.752 21.00 Hydro Inventory Study_1997 JicaPR_0799 Jenetakka Sulawesi Selatan -5.34931 119.665 6.10 Hydro Inventory Study_1997 hp_0813 Jenetakka Sulawesi Selatan 6.10 PLN (2 - MHPP in HPPS) Screened out Annex I – Unprocessed SHP Data Page 23 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0618 Kahaya Sulawesi Selatan 4.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0770 Kalaena-1 Sulawesi Selatan -2.268813 120.64979 39.50 Hydro Inventory Study_1997 JicaPR_0771 Kalaena-2 Sulawesi Selatan -2.339911 120.720916 41.59 Hydro Inventory Study_1997 JicaPR_0772 Kalaena-3 Sulawesi Selatan -2.41954 120.772131 53.54 Hydro Inventory Study_1997 JicaPR_0790 Kalempang-1 Sulawesi Selatan -3.53241 119.944 15.30 Hydro Inventory Study_1997 JicaPR_0791 Kalempang-2 Sulawesi Selatan -3.68342 119.93 21.80 Hydro Inventory Study_1997 JicaPR_0792 Kalempang-3 Sulawesi Selatan -3.74337 120.067 7.10 Hydro Inventory Study_1997 hp_0819 Kalempang-3 Sulawesi Selatan 7.10 PLN (2 - MHPP in HPPS) Screened out hp_0050 Karaloe Datara Sulawesi Selatan -5.47689 119.79514 9.00 Consultant Screened out JicaPR_0823 Karama-1 Sulawesi Selatan -2.3258 119.668 824.70 Hydro Inventory Study_1997 hp_0507 Karama-1 Sulawesi Selatan -2.33333 119.66667 8.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0116 Karebe Sulawesi Selatan -2.66844 121.18536 14.00 Consultant JicaPR_0796 Kelarat-1 Sulawesi Selatan -5.54991 119.801 25.20 Hydro Inventory Study_1997 JicaPR_0797 Kelarat-2 Sulawesi Selatan -5.6051 119.748 19.40 Hydro Inventory Study_1997 hp_0842 Kondongan Sulawesi Selatan 3.45 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0789 Langkana Sulawesi Selatan -4.47713 119.872 6.60 Hydro Inventory Study_1997 hp_0854 Langkana Sulawesi Selatan 6.60 PLN (2 - MHPP in HPPS) Screened out JicaEX_0083 Larona Sulawesi Selatan -2.771889 121.329445 165.00 Hydro Inventory Study_1997 hp_0043 Larona Sulawesi Selatan -2.67100 121.26028 165.00 Consultant Screened out hp_0857 Lasolo-2 Sulawesi Selatan 3.42 PLN (2 - MHPP in HPPS) Screened out hp_0872 Madong Sulawesi Selatan 1.00 PLN (3 - Minihydro IPP Project) JicaEX_0085 Malea Sulawesi Selatan -3.176493 119.771231 182.00 Hydro Inventory Study_1997 hp_0403 Malea Sulawesi Selatan -3.16667 119.76667 182.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_1008 Malea (Excess Power) Sulawesi Selatan 6.70 PLN (3 - Minihydro IPP Project) hp_1081 Malea (FTP 2) Sulawesi Selatan 90.00 RUPTL hp_0523 Mallawa Sulawesi Selatan -4.82222 119.88222 5.00 PLN (3 - Minihydro IPP Project) Screened out hp_0300 Malua Sulawesi Selatan -3.29806 119.94761 4.60 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0807 Mandate Sulawesi Selatan -3.43526 119.801 203.80 Hydro Inventory Study_1997 hp_0879 Mappung Sulawesi Selatan 0.29 PLN (3 - Minihydro IPP Project) JicaPR_0800 Maros Sulawesi Selatan -5.16229 119.759 26.90 Hydro Inventory Study_1997 JicaPR_0801 Masupu-1 Sulawesi Selatan -3.09842 119.629 40.50 Hydro Inventory Study_1997 JicaPR_0802 Masupu-2 Sulawesi Selatan -3.27303 119.694 145.00 Hydro Inventory Study_1997 JicaPR_0806 Mata Alo-1 Sulawesi Selatan -3.43625 119.942 9.00 Hydro Inventory Study_1997 hp_0885 Mata Alo-1 Sulawesi Selatan 9.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0809 Mataalo-3 Sulawesi Selatan -3.54509 119.787 71.30 Hydro Inventory Study_1997 hp_0886 Matana-2 Sulawesi Selatan 6.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0782 Minraleng-1 Sulawesi Selatan -4.87933 119.93 31.90 Hydro Inventory Study_1997 JicaPR_0783 Minraleng-2 Sulawesi Selatan -4.82012 119.979 42.60 Hydro Inventory Study_1997 JicaPR_0785 Mong Sulawesi Selatan -4.47515 120.016 264.00 Hydro Inventory Study_1997 hp_0531 Mong Sulawesi Selatan -4.48333 120.00000 255.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0805 Paleleng-2 Sulawesi Selatan -3.48474 119.661 112.10 Hydro Inventory Study_1997 JicaPR_0777 Paramang-1 Sulawesi Selatan -3.19711 120.063 12.60 Hydro Inventory Study_1997 JicaPR_0778 Paramang-2 Sulawesi Selatan -3.26855 120.205 31.50 Hydro Inventory Study_1997 hp_0640 Pasui Sulawesi Selatan 1.90 PLN (3 - Minihydro IPP Project) hp_0315 Pasui-2 Sulawesi Selatan -3.43547 119.89486 6.40 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0773 Patikala-1 Sulawesi Selatan -2.342753 120.410798 20.56 Hydro Inventory Study_1997 JicaPR_0774 Patikala-2 Sulawesi Selatan -2.430916 120.348211 19.91 Hydro Inventory Study_1997 hp_1066 PLTM Tersebar Sulsel Sulawesi Selatan 94.00 RUPTL JicaEX_0087 Poko Sulawesi Selatan -3.435396 119.593376 233.00 Hydro Inventory Study_1997 hp_0316 Poko Sulawesi Selatan -3.43333 119.58333 233.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0642 Pongbatik Sulawesi Selatan 3.48 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0768 Pongkeru-2 Sulawesi Selatan -2.945006 121.245467 46.86 Hydro Inventory Study_1997 JicaPR_0769 Pongkeru-3 Sulawesi Selatan -2.799217 121.187409 235.11 Hydro Inventory Study_1997 hp_0449 Ranteballa Sulawesi Selatan -3.35944 120.18314 2.40 PLN (3 - Minihydro IPP Project) hp_0927 Rentelemo Sulawesi Selatan 6.70 PLN (2 - MHPP in HPPS) Screened out hp_0436 Rongkong Sulawesi Selatan -2.61598 120.09483 8.10 PLN (3 - Minihydro IPP Project) JicaPR_0775 Rongkong-1 Sulawesi Selatan -2.544673 120.137684 18.21 Hydro Inventory Study_1997 JicaPR_0776 Rongkong-2 Sulawesi Selatan -2.585911 120.023887 22.30 Hydro Inventory Study_1997 hp_0399 Saluanoa Sulawesi Selatan -2.34145 120.79771 2.00 PLN (3 - Minihydro IPP Project) Screened out hp_0674 Sawitto #1 Sulawesi Selatan 0.54 PLN (4 - Minihydro PLN Project) hp_0675 Sawitto #2 Sulawesi Selatan 0.54 PLN (4 - Minihydro PLN Project) hp_0676 Sawitto #3 Sulawesi Selatan 0.54 PLN (4 - Minihydro PLN Project) hp_0335 Simbuang Sulawesi Selatan -2.86436 120.03967 3.00 PLN (3 - Minihydro IPP Project) hp_0141 Siteba Sulawesi Selatan -2.77988 120.10267 7.50 PLN (3 - Minihydro IPP Project) JicaPR_0781 Siwa Sulawesi Selatan -3.64996 120.277 1.40 Hydro Inventory Study_1997 hp_0948 Siwa Sulawesi Selatan 1.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0804 Soreang Sulawesi Selatan -3.31169 119.455 833.00 Hydro Inventory Study_1997 hp_0118 Tangka/Manippi Sulawesi Selatan -5.19976 120.02352 1.00 PLN (3 - Minihydro IPP Project) JicaPR_0793 Tangkak-1 Sulawesi Selatan -5.19107 120.048 8.90 Hydro Inventory Study_1997 hp_0962 Tangkak-1 Sulawesi Selatan 8.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0794 Tangkak-2 Sulawesi Selatan -5.1294 120.071 24.00 Hydro Inventory Study_1997 JicaPR_0795 Tangkak-3 Sulawesi Selatan -5.07425 120.088 34.40 Hydro Inventory Study_1997 hp_0970 Toma-1 Sulawesi Selatan 2.81 PLN (2 - MHPP in HPPS) Screened out hp_0971 Toma-2 Sulawesi Selatan 2.52 PLN (2 - MHPP in HPPS) Screened out hp_0972 Toma-3 Sulawesi Selatan 2.66 PLN (2 - MHPP in HPPS) Screened out hp_0973 Toma-4 Sulawesi Selatan 5.45 PLN (2 - MHPP in HPPS) Screened out hp_0349 Tombolo Pao Sulawesi Selatan -5.18861 119.94000 2.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0787 Urapat Sulawesi Selatan -4.6057 119.85 23.90 Hydro Inventory Study_1997 hp_0352 Ussu Malili Sulawesi Selatan -2.55278 121.10556 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0784 Walimpong Sulawesi Selatan -4.50931 120 46.70 Hydro Inventory Study_1997 hp_0994 Winning Sulawesi Selatan 1.60 PLN (4 - Minihydro PLN Project) hp_0669 Alani Sulawesi Tengah 5.60 PLN (3 - Minihydro IPP Project) Screened out Annex I – Unprocessed SHP Data Page 24 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_0732 Balingara Sulawesi Tengah -1.107043 121.908914 53.69 Hydro Inventory Study_1997 hp_0609 Bambalo (PLN) Sulawesi Tengah 2.64 PLN (4 - Minihydro PLN Project) hp_0236 Bambalo 2 Sulawesi Tengah -1.43186 120.93211 1.80 PLN (3 - Minihydro IPP Project) Screened out hp_0721 Bambalo II Sulawesi Tengah 3.00 PLN (3 - Minihydro IPP Project) hp_0610 Banasu Sulawesi Tengah 9.00 PLN (3 - Minihydro IPP Project) JicaPR_0730 Bangketa-1 Sulawesi Tengah -1.122851 122.153117 16.55 Hydro Inventory Study_1997 JicaPR_0731 Bangketa-2 Sulawesi Tengah -1.019219 122.117981 41.53 Hydro Inventory Study_1997 hp_0241 Batu Nobota Sulawesi Tengah 0.99625 120.89122 5.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0736 Batui Sulawesi Tengah -1.1969 122.511 19.30 Hydro Inventory Study_1997 hp_0385 Bengkoli Sulawesi Tengah 0.67889 120.19972 2.50 PLN (3 - Minihydro IPP Project) Screened out hp_0737 Biak (I, II, III) Sulawesi Tengah 4.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0849 Binontoan Sulawesi Tengah 1.186173 121.048462 29.28 Hydro Inventory Study_1997 JicaPR_0727 Bongka-1 Sulawesi Tengah -1.263371 121.734988 148.34 Hydro Inventory Study_1997 JicaPR_0728 Bongka-2 Sulawesi Tengah -1.208919 121.580385 193.03 Hydro Inventory Study_1997 hp_0390 Bongkasoa Sulawesi Tengah -1.12944 121.47218 1.40 PLN (3 - Minihydro IPP Project) Screened out hp_0456 Buleleng Sulawesi Tengah -3.00233 122.18944 1.20 PLN (4 - Minihydro PLN Project) JicaPR_0850 Buol-1 Sulawesi Tengah 1.02076 121.224447 11.29 Hydro Inventory Study_1997 JicaPR_0851 Buol-2 Sulawesi Tengah 0.948612 121.16989 26.60 Hydro Inventory Study_1997 hp_0257 Dako Sulawesi Tengah 1.08347 120.88933 1.40 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0747 Dopi Sulawesi Tengah -2.864618 122.052386 5.54 Hydro Inventory Study_1997 hp_0787 Dopi Sulawesi Tengah 5.54 PLN (2 - MHPP in HPPS) Screened out hp_0391 Halulai Sulawesi Tengah -1.43615 120.42816 1.20 PLN (4 - Minihydro PLN Project) hp_0052 Hanga-hanga Sulawesi Tengah -0.94527 122.76867 2.00 Consultant hp_0801 Hanga-hanga I Sulawesi Tengah 1.60 PLN (4 - Minihydro PLN Project) hp_0802 Hanga-hanga II Sulawesi Tengah 2.50 PLN (3 - Minihydro IPP Project) hp_0617 Hek Sulawesi Tengah 2.50 PLN (3 - Minihydro IPP Project) hp_0826 Kalumpang Sulawesi Tengah 1.25 PLN (3 - Minihydro IPP Project) JicaPR_0744 Karaupa Sulawesi Tengah -2.328537 121.632754 25.65 Hydro Inventory Study_1997 hp_0623 Kolondom Sulawesi Tengah 1.60 PLN (4 - Minihydro PLN Project) hp_0281 Kolori Sulawesi Tengah -1.83753 120.27243 0.40 PLN (4 - Minihydro PLN Project) hp_0843 Korokabalo Sulawesi Tengah 2.20 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0733 Labu-1 Sulawesi Tengah -0.866222 122.526 3.70 Hydro Inventory Study_1997 Screened out JicaPR_0734 Labu-2 Sulawesi Tengah -0.805353 122.493 2.80 Hydro Inventory Study_1997 hp_0697 Lambangan Sulawesi Tengah 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0722 Lambunu Sulawesi Tengah 0.547397 120.935831 1.32 Hydro Inventory Study_1997 hp_0849 Lambunu Sulawesi Tengah 1.32 PLN (2 - MHPP in HPPS) Screened out hp_0515 Lariang - 8* Sulawesi Tengah -1.91667 120.10000 12.80 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0831 Lariang-1 Sulawesi Tengah -1.79415 120.313 321.70 Hydro Inventory Study_1997 hp_0856 Lariang-10 Sulawesi Tengah 7.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0841 Lariang-11 Sulawesi Tengah -1.29848 119.698 12.30 Hydro Inventory Study_1997 JicaPR_0832 Lariang-2 Sulawesi Tengah -1.88251 120.195 254.90 Hydro Inventory Study_1997 JicaPR_0833 Lariang-3 Sulawesi Tengah -2.01246 120.2 112.90 Hydro Inventory Study_1997 JicaPR_0834 Lariang-4 Sulawesi Tengah -1.95005 120.155 424.30 Hydro Inventory Study_1997 JicaPR_0835 Lariang-5 Sulawesi Tengah -1.65935 120.023 472.80 Hydro Inventory Study_1997 JicaPR_0836 Lariang-6 Sulawesi Tengah -1.65083 119.869 217.20 Hydro Inventory Study_1997 hp_0516 Lariang-6 Sulawesi Tengah -1.66667 119.86667 29.40 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0838 Lariang-8 Sulawesi Tengah -1.91086 120.102 12.90 Hydro Inventory Study_1997 JicaPR_0839 Lariang-9 Sulawesi Tengah -1.78414 120.037 12.40 Hydro Inventory Study_1997 JicaPR_0745 Larongsangi Sulawesi Tengah -2.712467 121.952817 20.90 Hydro Inventory Study_1997 hp_0865 Lobu Sulawesi Tengah 5.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0735 Malik Sulawesi Tengah -0.655367 123.261 3.00 Hydro Inventory Study_1997 JicaPR_0846 Maraja-1 Sulawesi Tengah 0.878224 120.877755 4.02 Hydro Inventory Study_1997 hp_0880 Maraja-1 Sulawesi Tengah 4.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0847 Maraja-2 Sulawesi Tengah 0.832471 120.863676 4.29 Hydro Inventory Study_1997 hp_0881 Maraja-2 Sulawesi Tengah 4.29 PLN (2 - MHPP in HPPS) Screened out JicaPR_0848 Maraja-3 Sulawesi Tengah 0.719212 120.579808 3.61 Hydro Inventory Study_1997 hp_0882 Maraja-3 Sulawesi Tengah 3.61 PLN (2 - MHPP in HPPS) Screened out JicaPR_0739 Morowali Sulawesi Tengah -1.67615 121.431052 9.63 Hydro Inventory Study_1997 hp_0638 Morowali Sulawesi Tengah 9.63 PLN (2 - MHPP in HPPS) Screened out hp_0311 Paddumpu Sulawesi Tengah 0.68823 120.24215 5.00 PLN (3 - Minihydro IPP Project) hp_0101 Palasa Sulawesi Tengah 0.52042 120.41665 4.50 Consultant Screened out JicaPR_0844 Palu-2 Sulawesi Tengah -1.33034 119.961 21.30 Hydro Inventory Study_1997 JicaPR_0845 Palu-2A Sulawesi Tengah -1.27966 119.947 3.40 Hydro Inventory Study_1997 hp_0639 Palu-2A Sulawesi Tengah 3.40 PLN (2 - MHPP in HPPS) Screened out JicaEX_0090 Palu-3 Sulawesi Tengah -1.285259 120.110732 74.80 Hydro Inventory Study_1997 JicaPR_0726 Pandiri Sulawesi Tengah -1.51959 120.766 24.50 Hydro Inventory Study_1997 JicaPR_0842 Pasangkayu-1 Sulawesi Tengah -1.08941 119.668 18.60 Hydro Inventory Study_1997 JicaPR_0843 Pasangkayu-2 Sulawesi Tengah -1.28184 119.61 18.60 Hydro Inventory Study_1997 hp_1064 PLTM Tersebar Sulteng Sulawesi Tengah 35.20 RUPTL hp_0317 Ponju Sulawesi Tengah 0.59611 120.10167 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0392 Pono Sulawesi Tengah -1.53919 120.02951 6.00 PLN (3 - Minihydro IPP Project) Screened out hp_1061 Poro Kabalo Sulawesi Tengah 2.50 RUPTL Screened out hp_0017 Poso 2 Sulawesi Tengah -1.64562 120.65569 195.00 Consultant Screened out JicaPR_0724 Poso-1 Sulawesi Tengah -1.67002 120.654 200.50 Hydro Inventory Study_1997 hp_0589 Poso-1 Sulawesi Tengah -1.68333 120.65000 24.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0725 Poso-2 Sulawesi Tengah -1.61372 120.698 136.50 Hydro Inventory Study_1997 hp_0463 Poso-2 Sulawesi Tengah -1.61667 120.68333 132.80 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0723 Ratodena Sulawesi Tengah -1.75315 120.645 28.60 Hydro Inventory Study_1997 hp_0462 Sakita (Mampueno) Sulawesi Tengah -2.57600 121.96687 2.00 PLN (3 - Minihydro IPP Project) hp_0322 Sampaga Sulawesi Tengah 0.66306 120.08194 1.20 PLN (3 - Minihydro IPP Project) Screened out hp_0649 Sansarino Sulawesi Tengah 0.80 PLN (4 - Minihydro PLN Project) hp_0650 Sawidago II Sulawesi Tengah 0.91 PLN (4 - Minihydro PLN Project) Annex I – Unprocessed SHP Data Page 25 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0367 Sawidago-1 #1 Sulawesi Tengah -1.74432 120.67429 0.38 PLN (4 - Minihydro PLN Project) hp_0394 Sawidago-3 Sulawesi Tengah -1.75145 120.69358 1.60 PLN (4 - Minihydro PLN Project) JicaPR_0746 Siumbatu Sulawesi Tengah -2.780721 121.982684 9.05 Hydro Inventory Study_1997 hp_0653 Siumbatu Sulawesi Tengah 9.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0737 Solato-1 Sulawesi Tengah -1.576029 121.596195 26.94 Hydro Inventory Study_1997 JicaPR_0738 Solato-2 Sulawesi Tengah -1.695472 121.654175 31.20 Hydro Inventory Study_1997 JicaPR_0740 Sumara Sulawesi Tengah -1.701452 121.308408 8.22 Hydro Inventory Study_1997 hp_0952 Sumara Sulawesi Tengah 8.22 PLN (2 - MHPP in HPPS) Screened out JicaPR_0729 Taima Sulawesi Tengah -0.820643 122.378 2.10 Hydro Inventory Study_1997 JicaPR_0741 Tambalako-1 Sulawesi Tengah -2.275923 121.137717 18.12 Hydro Inventory Study_1997 JicaPR_0742 Tambalako-2 Sulawesi Tengah -2.248907 121.221633 25.06 Hydro Inventory Study_1997 JicaPR_0743 Tambalako-3 Sulawesi Tengah -2.277345 121.341133 38.70 Hydro Inventory Study_1997 hp_0078 Tinombo Sulawesi Tengah 0.44033 120.24615 1.70 Consultant Screened out hp_0393 Tomasa Sulawesi Tengah -1.67539 120.74675 1.00 PLN (3 - Minihydro IPP Project) Screened out hp_0661 Tomini II Sulawesi Tengah 2.00 PLN (4 - Minihydro PLN Project) JicaPR_0721 Tuladengi Sulawesi Tengah 0.513963 121.094219 18.42 Hydro Inventory Study_1997 hp_0603 Wawopada Sulawesi Tengah 6.50 PLN (3 - Minihydro IPP Project) Screened out hp_0398 Yaentu Sulawesi Tengah -1.84075 120.86486 1.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0758 Andolaki-1 Sulawesi Tenggara -3.510456 121.264063 14.60 Hydro Inventory Study_1997 JicaPR_0759 Andolaki-2 Sulawesi Tenggara -3.517162 121.269351 7.91 Hydro Inventory Study_1997 JicaPR_0760 Andolaki-3 Sulawesi Tenggara -3.573385 121.31464 15.17 Hydro Inventory Study_1997 JicaPR_0764 Iwoimenda Sulawesi Tenggara -3.751833 121.25435 8.65 Hydro Inventory Study_1997 hp_1085 Konawe Sulawesi Tenggara 50.00 RUPTL hp_0512 Konaweha* Sulawesi Tenggara -3.83333 121.91667 24.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0761 Konaweha-1 Sulawesi Tenggara -3.434928 121.249969 22.17 Hydro Inventory Study_1997 JicaPR_0762 Konaweha-2 Sulawesi Tenggara -3.639417 121.513046 188.95 Hydro Inventory Study_1997 JicaEX_0082 Konaweha-3 Sulawesi Tenggara -3.766545 121.828797 23.87 Hydro Inventory Study_1997 hp_0283 Konaweha-3 Sulawesi Tenggara -3.73333 121.83333 24.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0409 Konaweha-4* Sulawesi Tenggara -3.70000 121.75000 26.00 PLN (1 - Masterplan of HEPP Development List) JicaPR_0748 Lalindu-1 Sulawesi Tenggara -3.011079 121.954221 200.09 Hydro Inventory Study_1997 JicaPR_0749 Lalindu-2 Sulawesi Tenggara -3.146164 122.072296 85.90 Hydro Inventory Study_1997 hp_0222 Lapai I Sulawesi Tenggara -3.37264 121.05708 4.00 PLN (4 - Minihydro PLN Project) hp_0221 Lapai II Sulawesi Tenggara -3.33652 121.04297 4.00 PLN (4 - Minihydro PLN Project) JicaPR_0750 Lasolo-1 Sulawesi Tenggara -3.15754 121.678252 58.62 Hydro Inventory Study_1997 JicaPR_0751 Lasolo-2 Sulawesi Tenggara -3.42487 121.705289 3.42 Hydro Inventory Study_1997 JicaPR_0752 Lasolo-3 Sulawesi Tenggara -3.323909 121.726618 11.27 Hydro Inventory Study_1997 JicaEX_0081 Lasolo-4 Sulawesi Tenggara -3.42629 122.011122 100.00 Hydro Inventory Study_1997 hp_0407 Lasolo-4 Sulawesi Tenggara -3.43333 121.98333 1.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0042 Lasusua 1 Sulawesi Tenggara -3.54589 120.96619 3.10 Consultant hp_0041 Lasusua 2 Sulawesi Tenggara -3.53086 120.94267 4.00 Consultant hp_0447 Mikuasi (PLN) Sulawesi Tenggara -3.24549 121.09686 0.50 PLN (4 - Minihydro PLN Project) JicaPR_0767 Pongkeru-1 Sulawesi Tenggara -3.12768 121.305292 100.47 Hydro Inventory Study_1997 hp_0096 Ranteangin 1 Sulawesi Tenggara -3.63282 121.13919 2.00 Consultant hp_0095 Ranteangin 2 Sulawesi Tenggara -3.63243 121.11635 2.00 Consultant hp_0094 Ranteangin 3 Sulawesi Tenggara -3.62656 121.10613 1.30 Consultant hp_0093 Ranteangin 4 Sulawesi Tenggara -3.61722 121.09856 3.00 Consultant hp_0092 Ranteangin 5 Sulawesi Tenggara -3.63532 121.07142 4.50 Consultant hp_0091 Ranteangin 6 Sulawesi Tenggara -3.63631 121.07090 6.30 Consultant hp_0090 Ranteangin 7 Sulawesi Tenggara -3.64216 121.05341 2.10 Consultant hp_0089 Ranteangin 8 Sulawesi Tenggara -3.61628 121.09670 1.60 Consultant hp_0401 Riorita Sulawesi Tenggara -3.12278 121.13278 1.00 PLN (4 - Minihydro PLN Project) hp_0438 Rongi Sulawesi Tenggara -5.52979 122.73903 0.80 PLN (4 - Minihydro PLN Project) hp_0434 Sabilambo Sulawesi Tenggara -4.05728 121.70453 2.00 PLN (4 - Minihydro PLN Project) JicaPR_0763 Tamboli Sulawesi Tenggara 21.35 Hydro Inventory Study_1997 JicaEX_0105 Tamboli Sulawesi Tenggara -3.88006 121.353 25.82 Hydro Inventory Study_1997 hp_0410 Tamboli Sulawesi Tenggara -3.88333 121.36667 25.80 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0605 Toaha Sulawesi Tenggara 1.00 PLN (4 - Minihydro PLN Project) JicaPR_0753 Toma-1 Sulawesi Tenggara -3.470371 121.544545 2.81 Hydro Inventory Study_1997 JicaPR_0754 Toma-2 Sulawesi Tenggara -3.55711 121.544558 2.52 Hydro Inventory Study_1997 JicaPR_0755 Toma-3 Sulawesi Tenggara -3.476059 121.622785 2.66 Hydro Inventory Study_1997 JicaPR_0756 Toma-4 Sulawesi Tenggara -3.589815 121.661485 5.45 Hydro Inventory Study_1997 JicaPR_0757 Toma-5 Sulawesi Tenggara -3.655225 121.602881 33.87 Hydro Inventory Study_1997 hp_1041 Watunohu Sulawesi Tenggara 15.00 RUPTL JicaPR_0765 Watunohu-1 Sulawesi Tenggara -3.396286 121.095037 58.57 Hydro Inventory Study_1997 hp_0406 Watunohu-1 Sulawesi Tenggara -3.40000 121.08333 57.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0766 Watunohu-2 Sulawesi Tenggara -3.373451 121.079133 17.60 Hydro Inventory Study_1997 hp_0072 Wining Sulawesi Tenggara -5.40235 122.90155 1.60 Consultant JicaPR_0852 Anagilen Sulawesi Barat 0.872754 123.181 5.20 Hydro Inventory Study_1997 hp_0707 Anagilen Sulawesi Barat 5.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0859 Ayoung Sulawesi Barat 0.791306 123.915 8.60 Hydro Inventory Study_1997 hp_0712 Ayoung Sulawesi Barat 8.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0853 Balaannaitam Sulawesi Barat 0.850895 123.344 6.60 Hydro Inventory Study_1997 hp_0715 Balaannaitam Sulawesi Barat 6.60 PLN (2 - MHPP in HPPS) Screened out JicaPR_0856 Bayau-1 Sulawesi Barat 0.703591 123.581 4.90 Hydro Inventory Study_1997 hp_0729 Bayau-1 Sulawesi Barat 4.90 PLN (2 - MHPP in HPPS) Screened out JicaEX_0113 Bone-2 Sulawesi Barat 0.501115 123.308143 26.60 Hydro Inventory Study_1997 JicaPR_0711 Bulawa Sulawesi Barat 0.48443 123.566 7.60 Hydro Inventory Study_1997 hp_0748 Bulawa Sulawesi Barat 7.60 PLN (2 - MHPP in HPPS) Screened out hp_0749 Bulongo Sulawesi Barat 8.10 PLN (2 - MHPP in HPPS) Screened out hp_0054 Dominanga Sulawesi Barat 0.34227 123.80791 1.30 Consultant Screened out hp_0259 Dominanga (IPP) Sulawesi Barat 0.35811 123.79876 3.50 PLN (3 - Minihydro IPP Project) Screened out hp_0362 Duminanga Sulawesi Barat 0.36103 123.83462 0.50 PLN (4 - Minihydro PLN Project) Screened out Annex I – Unprocessed SHP Data Page 26 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_1035 Duminanga Sulawesi Barat 3.50 RUPTL Screened out JicaPR_0860 Dumoga-1 Sulawesi Barat 0.581782 123.852 11.80 Hydro Inventory Study_1997 JicaPR_0861 Dumoga-2 Sulawesi Barat 0.832007 124.103 35.00 Hydro Inventory Study_1997 JicaPR_0858 Gamputa Sulawesi Barat 0.789125 123.542 9.70 Hydro Inventory Study_1997 hp_0790 Gamputa Sulawesi Barat 9.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0854 Ilanga-1 Sulawesi Barat 0.683094 123.745 5.90 Hydro Inventory Study_1997 hp_0804 Ilanga-1 Sulawesi Barat 5.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0855 Ilanga-2 Sulawesi Barat 0.741612 123.707 18.00 Hydro Inventory Study_1997 hp_0840 Kilotiga Sulawesi Barat 0.60 PLN (3 - Minihydro IPP Project) JicaPR_0870 Kuwil Sulawesi Barat 1.4511 124.921 9.70 Hydro Inventory Study_1997 hp_0624 Kuwil Sulawesi Barat 9.70 PLN (2 - MHPP in HPPS) Screened out hp_0846 Labu-1 Sulawesi Barat 3.70 PLN (2 - MHPP in HPPS) Screened out hp_0847 Labu-2 Sulawesi Barat 2.80 PLN (2 - MHPP in HPPS) Screened out hp_0297 Lelipang Sulawesi Barat 3.48652 125.53915 0.60 PLN (4 - Minihydro PLN Project) hp_0422 Lobong Sulawesi Barat 0.77274 124.24624 1.60 PLN (4 - Minihydro PLN Project) hp_0876 Malik Sulawesi Barat 3.00 PLN (2 - MHPP in HPPS) Screened out hp_0419 Mobuya Sulawesi Barat 0.83607 124.42872 3.00 PLN (3 - Minihydro IPP Project) JicaPR_0863 Mongondow Sulawesi Barat 0.818936 124.138 20.20 Hydro Inventory Study_1997 JicaPR_0864 Mooat Sulawesi Barat 0.77851 124.455 0.50 Hydro Inventory Study_1997 hp_0637 Mooat Sulawesi Barat 0.50 PLN (2 - MHPP in HPPS) Screened out hp_0906 Paguyaman-1 Sulawesi Barat 4.40 PLN (2 - MHPP in HPPS) Screened out hp_0386 Pidung Sulawesi Barat 0.51960 124.40200 2.00 PLN (3 - Minihydro IPP Project) Screened out hp_1010 Poigar Sulawesi Barat 2.40 PLN (4 - Minihydro PLN Project) hp_0097 Poigar 1 Sulawesi Barat 0.81560 124.43231 2.40 Consultant Screened out hp_1062 Poigar 2 Sulawesi Barat 30.00 RUPTL Screened out JicaPR_0865 Poigar-1 Sulawesi Barat 0.810621 124.444 6.60 Hydro Inventory Study_1997 hp_1011 Poigar-1 Sulawesi Barat 6.60 PLN (2 - MHPP in HPPS) Screened out JicaEX_0091 Poigar-2 Sulawesi Barat 0.858475 124.411351 25.38 Hydro Inventory Study_1997 JicaEX_0092 Poigar-3 Sulawesi Barat 0.878193 124.387272 13.54 Hydro Inventory Study_1997 hp_0588 Poigar-3* Sulawesi Barat 0.86667 124.38333 14.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0866 Poigar-4 Sulawesi Barat 0.969832 124.308 7.40 Hydro Inventory Study_1997 hp_1012 Poigar-4 Sulawesi Barat 7.40 PLN (2 - MHPP in HPPS) Screened out hp_0916 Pontak Sulawesi Barat 0.60 PLN (4 - Minihydro PLN Project) hp_0920 Randangan-2 Sulawesi Barat 5.58 PLN (2 - MHPP in HPPS) Screened out hp_0321 Ranowangko Sulawesi Barat 1.36731 124.68664 2.20 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0867 Ranoyapo-1 Sulawesi Barat 1.02499 124.532 12.50 Hydro Inventory Study_1997 JicaPR_0868 Ranoyapo-2 Sulawesi Barat 1.13352 124.584 29.00 Hydro Inventory Study_1997 JicaPR_0857 Sangkur/Bayau Sulawesi Barat 0.830293 123.639 21.90 Hydro Inventory Study_1997 JicaPR_0869 Sawangan Sulawesi Barat 1.35016 124.947 9.20 Hydro Inventory Study_1997 JicaEX_0109 Sawangan Sulawesi Barat 1.35016 124.947 16.00 Hydro Inventory Study_1997 Screened out hp_0366 Sawangan Sulawesi Barat 1.25000 124.91667 16.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_1013 Sawangan Sulawesi Barat 9.20 PLN (2 - MHPP in HPPS) Screened out hp_1055 Sawangan Sulawesi Barat 12.00 RUPTL Screened out hp_0958 Taima Sulawesi Barat 2.10 PLN (2 - MHPP in HPPS) Screened out hp_0080 Tanggari 1 Sulawesi Barat 1.34856 124.92355 17.20 Consultant Screened out hp_0079 Tanggari 2 Sulawesi Barat 1.36436 124.93879 19.00 Consultant Screened out JicaEX_0094 Tanggari-1 Sulawesi Barat 1.32245 124.925 16.60 Hydro Inventory Study_1997 JicaEX_0093 Tanggari-2 Sulawesi Barat 1.33664 124.934 19.00 Hydro Inventory Study_1997 hp_0656 Tincep 1 (IPP) Sulawesi Barat 0.40 PLN (3 - Minihydro IPP Project) hp_0657 Tincep 2 (IPP) Sulawesi Barat 1.10 PLN (3 - Minihydro IPP Project) Screened out hp_0658 Tincep 3 (IPP) Sulawesi Barat 2.20 PLN (3 - Minihydro IPP Project) Screened out hp_0659 Tincep 4 (IPP) Sulawesi Barat 0.40 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0862 Toadon Sulawesi Barat 0.815091 124.205 1.50 Hydro Inventory Study_1997 hp_0660 Toadon Sulawesi Barat 1.50 PLN (2 - MHPP in HPPS) Screened out JicaEX_0095 Tonsea Lama Sulawesi Barat 1.29867 124.925 14.38 Hydro Inventory Study_1997 hp_0077 Tonsealama Sulawesi Barat 1.32968 124.92383 14.38 Consultant Screened out hp_0979 Ulung Peliang Sulawesi Barat 1.00 PLN (4 - Minihydro PLN Project) hp_0999 Wulur Maatus Sulawesi Barat 2.40 PLN (4 - Minihydro PLN Project) JicaPR_0243 Air Batang-2 Sumatera Barat -1.859033 101.096312 18.40 Hydro Inventory Study_1997 JicaPR_0245 Air Batung-2 Sumatera Barat -1.947066 101.15407 21.00 Hydro Inventory Study_1997 JicaPR_0248 Air Haji-1 Sumatera Barat -1.764778 100.987915 13.60 Hydro Inventory Study_1997 JicaPR_0250 Air Haji-2 Sumatera Barat -1.894142 100.958961 27.30 Hydro Inventory Study_1997 JicaPR_0263 Air Tuik Sumatera Barat -1.424755 100.691771 25.30 Hydro Inventory Study_1997 hp_1037 Alahan Panjang Sumatera Barat 3.00 RUPTL JicaPR_0268 Anai-1 Sumatera Barat -0.552165 100.346071 19.50 Hydro Inventory Study_1997 hp_0477 Anai-1 Sumatera Barat -0.56667 100.33333 19.10 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0269 Anai-2 Sumatera Barat -0.603428 100.344445 18.30 Hydro Inventory Study_1997 JicaPR_0095 Asik Sumatera Barat 0.673189 100.012962 4.30 Hydro Inventory Study_1997 hp_0479 Asik Sumatera Barat 0.66667 100.00000 4.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0280 Bangis Sumatera Barat 0.422615 99.588307 7.50 Hydro Inventory Study_1997 hp_0482 Bangis Sumatera Barat 0.41667 99.58333 7.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0132 Bangka-1 Sumatera Barat -1.434432 101.181692 34.70 Hydro Inventory Study_1997 JicaPR_0282 Batahan-2 Sumatera Barat 0.506789 99.53765 13.40 Hydro Inventory Study_1997 JicaPR_0283 Batahan-3 Sumatera Barat 0.454373 99.530927 21.30 Hydro Inventory Study_1997 JicaEX_0014 Batang Agam Sumatera Barat -0.254186 100.525436 10.50 Hydro Inventory Study_1997 hp_0018 Batang Agam Sumatera Barat -0.27271 100.55439 7.00 Consultant Screened out hp_0203 Batang Anai 1 Sumatera Barat -0.51278 100.34094 3.20 PLN (3 - Minihydro IPP Project) JicaPR_0133 Batang Hari/Bangka Sumatera Barat -1.328663 101.187318 34.10 Hydro Inventory Study_1997 JicaPR_0129 Batang Hari-1 Sumatera Barat -1.213346 100.901531 27.10 Hydro Inventory Study_1997 JicaPR_0130 Batang Hari-2 Sumatera Barat -1.272002 100.963814 67.90 Hydro Inventory Study_1997 JicaPR_0131 Batang Hari-3 Sumatera Barat -1.344561 101.057368 63.90 Hydro Inventory Study_1997 JicaPR_0134 Batang Hari-4 Sumatera Barat -1.25941 101.263716 222.60 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 27 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0483 Batang Hari-4 Sumatera Barat -1.26667 101.25000 216.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0136 Batang Hari-5A Sumatera Barat -1.175541 101.35202 82.70 Hydro Inventory Study_1997 JicaPR_0137 Batang Hari-6A Sumatera Barat -1.068409 101.411039 70.50 Hydro Inventory Study_1997 JicaPR_0138 Batang Hari-7A Sumatera Barat -0.949511 101.569322 45.40 Hydro Inventory Study_1997 hp_0237 Batang Patimah Sumatera Barat 0.01828 100.07847 2.80 PLN (3 - Minihydro IPP Project) Screened out hp_1065 Batang Samo Sumatera Barat 7.00 RUPTL hp_1059 Batang Sangir Sumatera Barat 10.00 RUPTL hp_0198 Batang Sumpur Sumatera Barat 0.19730 100.12931 7.58 PLN (3 - Minihydro IPP Project) hp_0112 Batubusuk (Indarung) Sumatera Barat -0.90659 100.45683 4.74 Consultant hp_0133 Bayang Sumatera Barat -1.18815 100.59458 4.50 PLN (3 - Minihydro IPP Project) JicaEX_0025 Bayang-1 Sumatera Barat -1.093055 100.663536 13.18 Hydro Inventory Study_1997 JicaEX_0026 Bayang-2 Sumatera Barat -1.135634 100.685286 30.90 Hydro Inventory Study_1997 JicaPR_0264 Bayang-3 Sumatera Barat -1.15811 100.622685 34.70 Hydro Inventory Study_1997 hp_0180 Bukit Cubadak Sumatera Barat -0.31409 100.75948 9.22 PLN (3 - Minihydro IPP Project) Screened out hp_0250 Bukit Sileh Sumatera Barat -0.96028 100.71328 0.64 PLN (3 - Minihydro IPP Project) Screened out hp_0158 Gumanti I Sumatera Barat -1.11078 100.88431 4.00 PLN (3 - Minihydro IPP Project) hp_0363 Gumanti III Sumatera Barat -1.12417 100.90836 6.45 PLN (3 - Minihydro IPP Project) JicaPR_0124 Gumanti-1 Sumatera Barat -1.102501 100.898534 16.20 Hydro Inventory Study_1997 hp_0584 Gumanti-1 Sumatera Barat -1.11667 100.88333 15.80 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0125 Gumanti-2 Sumatera Barat -1.176606 101.016944 79.60 Hydro Inventory Study_1997 JicaPR_0126 Gumanti-3 Sumatera Barat -1.229907 101.144521 41.00 Hydro Inventory Study_1997 hp_1034 Gumanti-3 Sumatera Barat 6.45 RUPTL Screened out hp_0157 Guntung Sumatera Barat -0.14864 100.24425 4.00 PLN (3 - Minihydro IPP Project) Screened out hp_1033 Gunung Tujuh Sumatera Barat 8.00 RUPTL Screened out JicaPR_0249 Haji/Langik Sumatera Barat -1.857586 101.003833 15.80 Hydro Inventory Study_1997 hp_1032 Hydro power Sumatera Barat 10.00 RUPTL hp_0154 Induring Sumatera Barat -1.39522 100.61672 1.20 PLN (3 - Minihydro IPP Project) Screened out hp_1027 Kambahan Sumatera Barat 3.00 RUPTL JicaPR_0255 Kambang-1 Sumatera Barat -1.474313 100.852029 39.10 Hydro Inventory Study_1997 JicaPR_0256 Kambang-2 Sumatera Barat -1.567884 100.776165 17.00 Hydro Inventory Study_1997 JicaPR_0099 Kampar Kanan-1 Sumatera Barat 0.330589 100.326357 72.30 Hydro Inventory Study_1997 JicaPR_0274 Kenaikan-1 Sumatera Barat 0.409126 99.733752 15.50 Hydro Inventory Study_1997 JicaPR_0275 Kenaikan-2 Sumatera Barat 0.336719 99.719737 8.90 Hydro Inventory Study_1997 hp_0508 Kenaikan-2 Sumatera Barat 0.33333 99.71667 8.90 PLN (2 - MHPP in HPPS) Screened out hp_0226 Kerambil Sumatera Barat -1.15667 100.60403 1.40 PLN (3 - Minihydro IPP Project) JicaPR_0120 Kuantan-1 Sumatera Barat -0.63107 100.997739 8.40 Hydro Inventory Study_1997 hp_0513 Kuantan-1 Sumatera Barat -0.63333 100.98333 8.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0257 Lanajan-1 Sumatera Barat -1.57128 100.859489 29.50 Hydro Inventory Study_1997 JicaPR_0258 Lanajan-2 Sumatera Barat -1.634028 100.825966 11.30 Hydro Inventory Study_1997 hp_0220 Laruang Gosan Sumatera Barat -0.08031 100.41156 4.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0114 Lawas Sumatera Barat -0.777643 100.801482 9.00 Hydro Inventory Study_1997 hp_0388 Lawas Sumatera Barat -0.78333 100.80000 9.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0113 Lawas/Suo Sumatera Barat -0.840274 100.783748 3.60 Hydro Inventory Study_1997 hp_0517 Lawas/Suo Sumatera Barat -0.85000 100.78333 3.60 PLN (2 - MHPP in HPPS) Screened out hp_0861 Lempur Sumatera Barat 0.87 PLN (4 - Minihydro PLN Project) hp_0466 Lintau I Sumatera Barat -0.39833 100.76694 9.00 PLN (3 - Minihydro IPP Project) hp_0037 Lower Bayangnyalo Sumatera Barat -1.14753 100.63040 7.26 Consultant hp_0677 Lubuk Gadang Sumatera Barat 7.50 PLN (3 - Minihydro IPP Project) hp_0119 Lubuk Sao II Sumatera Barat -0.31089 100.11811 2.60 PLN (3 - Minihydro IPP Project) JicaPR_0092 Lubuk-2 Sumatera Barat 0.803261 99.860929 10.70 Hydro Inventory Study_1997 hp_0384 Lubuk-4 Sumatera Barat 0.85000 99.96667 8.10 PLN (2 - MHPP in HPPS) Screened out hp_0109 Lubukgadang Sumatera Barat -1.57916 101.31499 7.50 Consultant JicaPR_0102 Mahat-1 Sumatera Barat 0.090774 100.548465 24.70 Hydro Inventory Study_1997 JicaPR_0103 Mahat-2 Sumatera Barat 0.213379 100.813144 52.40 Hydro Inventory Study_1997 hp_1020 Mangani Sumatera Barat 1.17 RUPTL Screened out hp_0629 Manggani Sumatera Barat 1.17 PLN (3 - Minihydro IPP Project) hp_0117 Maninjau Sumatera Barat -0.31089 100.11811 68.00 Consultant Screened out JicaEX_0027 Maninjau-1 Sumatera Barat -0.300127 100.150208 68.00 Hydro Inventory Study_1997 JicaPR_0270 Maninjau-2 Sumatera Barat -0.324551 100.104835 31.50 Hydro Inventory Study_1997 JicaPR_0271 Masang-1 Sumatera Barat -0.187959 100.259448 27.20 Hydro Inventory Study_1997 JicaPR_0272 Masang-2 Sumatera Barat -0.139126 100.226243 40.40 Hydro Inventory Study_1997 hp_0465 Masang-2 Sumatera Barat -0.15000 100.21667 52.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0273 Masang-3 Sumatera Barat -0.10098 100.136658 198.90 Hydro Inventory Study_1997 JicaEX_0104 Masang-3 Sumatera Barat -0.10098 100.137 88.56 Hydro Inventory Study_1997 hp_0213 Muara Sako Sumatera Barat -2.10658 101.23392 3.00 PLN (3 - Minihydro IPP Project) Screened out hp_0305 Muaro Sumatera Barat -1.07686 100.77672 0.24 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0254 Palangai Kacik Sumatera Barat -1.756469 100.927163 40.00 Hydro Inventory Study_1997 JicaPR_0251 Palangai-1 Sumatera Barat -1.607232 100.925453 40.50 Hydro Inventory Study_1997 JicaPR_0252 Palangai-2 Sumatera Barat -1.661103 100.941192 28.70 Hydro Inventory Study_1997 JicaPR_0253 Palangai-3 Sumatera Barat -1.737299 100.864911 61.00 Hydro Inventory Study_1997 JicaPR_0276 Pasaman-1 Sumatera Barat 0.363144 99.870282 16.70 Hydro Inventory Study_1997 JicaPR_0277 Pasaman-2 Sumatera Barat 0.315559 99.849295 123.20 Hydro Inventory Study_1997 JicaPR_0278 Pasaman-3 Sumatera Barat 0.214739 99.850599 36.40 Hydro Inventory Study_1997 hp_0389 Pasinggrahan Sumatera Barat -0.94761 100.71764 0.48 PLN (3 - Minihydro IPP Project) hp_1073 Patimah Sumatera Barat 2.80 RUPTL Screened out JicaPR_0246 Penadah Sumatera Barat -2.033778 101.156472 52.70 Hydro Inventory Study_1997 hp_0440 Pinang Awan (Muara Labuh) Sumatera Barat -1.57414 101.11754 0.40 PLN (4 - Minihydro PLN Project) hp_0202 Pinti Kayu Sumatera Barat -1.11801 100.89828 1.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0116 Pulangki-1 Sumatera Barat -0.904295 100.894423 32.30 Hydro Inventory Study_1997 JicaPR_0117 Pulangki-2 Sumatera Barat -0.806533 100.906914 41.30 Hydro Inventory Study_1997 hp_0365 Rabi Jonggor Sumatera Barat 0.39411 99.72131 4.50 PLN (3 - Minihydro IPP Project) Screened out hp_0435 Salido Kecil Sumatera Barat -1.29327 100.64088 0.66 PLN (3 - Minihydro IPP Project) Annex I – Unprocessed SHP Data Page 28 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening JicaPR_0135 Sangir Sumatera Barat -1.661284 101.361346 42.70 Hydro Inventory Study_1997 hp_1056 Sangir 1 Sumatera Barat 10.00 RUPTL hp_0935 Sangir Hulu Sumatera Barat 1.00 PLN (3 - Minihydro IPP Project) hp_0194 Siamang Bunyi Sumatera Barat -0.14372 100.46067 1.70 PLN (3 - Minihydro IPP Project) Screened out hp_0193 Sianok Duku Sumatera Barat -0.19144 100.26181 6.60 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0118 Sibakur Sumatera Barat -0.828184 101.102045 10.10 Hydro Inventory Study_1997 hp_0192 Sikarbau (IPP) Sumatera Barat 0.38014 99.56392 2.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0127 Sikiah-1 Sumatera Barat -1.179237 101.155898 59.60 Hydro Inventory Study_1997 JicaPR_0128 Sikiah-2 Sumatera Barat -1.209533 101.193062 27.20 Hydro Inventory Study_1997 JicaPR_0108 Sinamar-1 Sumatera Barat -0.316825 100.759303 37.30 Hydro Inventory Study_1997 hp_0561 Sinamar-1 Sumatera Barat -0.33333 100.75000 36.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0109 Sinamar-2 Sumatera Barat -0.413456 100.753701 26.10 Hydro Inventory Study_1997 hp_0562 Sinamar-2 Sumatera Barat -0.41667 100.75000 25.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaEX_0013 Singkarak Sumatera Barat -0.622662 100.50102 175.00 Hydro Inventory Study_1997 hp_0011 Singkarak Sumatera Barat -0.50953 100.34111 175.00 Consultant Screened out JicaPR_0110 Singkarak-2 Sumatera Barat -0.551749 100.634788 3.10 Hydro Inventory Study_1997 hp_0563 Singkarak-2 Sumatera Barat -0.56667 100.63333 3.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0111 Singkarak-3 Sumatera Barat -0.646502 100.781409 40.00 Hydro Inventory Study_1997 JicaPR_0259 Sirantih-1 Sumatera Barat -1.387297 100.793045 18.40 Hydro Inventory Study_1997 JicaPR_0260 Sirantih-2 Sumatera Barat -1.467827 100.73716 20.30 Hydro Inventory Study_1997 JicaPR_0119 Sukam Sumatera Barat -0.729735 101.008862 28.40 Hydro Inventory Study_1997 JicaPR_0096 Sumpur Sumatera Barat 0.563178 100.088177 57.00 Hydro Inventory Study_1997 JicaPR_0112 Sumpur Sumatera Barat -0.57892 100.917067 15.80 Hydro Inventory Study_1997 JicaPR_0122 Sumpur Sumatera Barat -0.513937 100.476087 12.10 Hydro Inventory Study_1997 hp_0083 Sumpur Sumatera Barat 0.21494 100.12001 8.00 Consultant Screened out hp_1052 Sungai Aur Sumatera Barat 2.30 RUPTL hp_1051 Sungai Garam Hydro Sumatera Barat 10.00 RUPTL hp_0955 Sungai Penuh Sumatera Barat 0.70 PLN (4 - Minihydro PLN Project) JicaPR_0115 Suo Sumatera Barat -0.788826 100.849758 3.80 Hydro Inventory Study_1997 hp_0564 Suo Sumatera Barat -0.80000 100.83333 3.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0279 Talu Sumatera Barat 0.206889 99.988326 18.20 Hydro Inventory Study_1997 JicaPR_0247 Tapang Sumatera Barat -2.117482 101.188672 8.70 Hydro Inventory Study_1997 hp_0344 Tapang Sumatera Barat -2.13333 101.18333 8.70 PLN (2 - MHPP in HPPS) Screened out JicaPR_0261 Taratak Tumpatih-1 Sumatera Barat -1.238035 100.746355 30.30 Hydro Inventory Study_1997 JicaPR_0262 Taratak Tumpatih-2 Sumatera Barat -1.309883 100.705822 48.80 Hydro Inventory Study_1997 hp_0189 Tarusan Sumatera Barat -1.05322 100.52369 3.20 PLN (3 - Minihydro IPP Project) JicaPR_0265 Tarusan-1 Sumatera Barat -1.04993 100.530487 16.60 Hydro Inventory Study_1997 JicaPR_0266 Tarusan-2 Sumatera Barat -1.066701 100.51192 13.20 Hydro Inventory Study_1997 JicaPR_0267 Tarusan-3 Sumatera Barat -1.138027 100.497194 25.30 Hydro Inventory Study_1997 hp_0604 Tuik Sumatera Barat 6.30 PLN (3 - Minihydro IPP Project) Screened out hp_0053 Air Meo Sumatera Selatan -4.03323 103.75020 2.70 Consultant hp_0234 Babatan Sumatera Selatan -4.12914 103.62317 4.92 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0183 Bal Sumatera Selatan -3.134917 102.627329 22.60 Hydro Inventory Study_1997 hp_0071 Belimbing Muaralangkap Sumatera Selatan -3.75102 102.72712 1.52 Consultant JicaPR_0176 Endikat-1 Sumatera Selatan -4.139209 103.358559 39.30 Hydro Inventory Study_1997 JicaPR_0177 Endikat-2 Sumatera Selatan -4.087051 103.375556 22.30 Hydro Inventory Study_1997 hp_0492 Endikat-2 Sumatera Selatan -4.10000 103.36667 22.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0173 Enim-1 Sumatera Selatan -4.218399 103.555204 17.40 Hydro Inventory Study_1997 JicaPR_0174 Enim-2 Sumatera Selatan -4.107694 103.637018 84.70 Hydro Inventory Study_1997 JicaPR_0175 Enim-3 Sumatera Selatan -4.066305 103.737407 100.00 Hydro Inventory Study_1997 hp_0272 Karyanyata Sumatera Selatan -4.07194 103.66478 4.00 PLN (3 - Minihydro IPP Project) Screened out hp_0124 Komering Sumatera Selatan -4.23101 104.47244 1.40 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0167 Komering-1 Sumatera Selatan -4.538749 104.063026 34.80 Hydro Inventory Study_1997 JicaPR_0168 Komering-2 Sumatera Selatan -4.519159 104.159117 14.40 Hydro Inventory Study_1997 hp_0844 Kota Angung Sumatera Selatan 0.60 PLN (4 - Minihydro PLN Project) JicaPR_0186 Kulus Sumatera Selatan -2.822143 102.271862 54.40 Hydro Inventory Study_1997 JicaPR_0185 Kutu Sumatera Selatan -2.973298 102.321537 75.70 Hydro Inventory Study_1997 JicaPR_0170 Laham Sumatera Selatan -4.182416 103.808012 16.40 Hydro Inventory Study_1997 hp_0289 Lahat Sumatera Selatan -4.14022 103.36339 9.99 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0178 Lematang-1 Sumatera Selatan -4.136857 103.274135 22.50 Hydro Inventory Study_1997 JicaPR_0179 Lematang-2 Sumatera Selatan -4.069483 103.327268 11.20 Hydro Inventory Study_1997 JicaPR_0180 Lematang-3 Sumatera Selatan -3.995248 103.357 24.50 Hydro Inventory Study_1997 JicaEX_0018 Lematang-4 Sumatera Selatan -3.908466 103.507935 12.15 Hydro Inventory Study_1997 JicaPR_0181 Lematang-5 Sumatera Selatan -3.849369 103.526954 28.60 Hydro Inventory Study_1997 JicaPR_0209 Luas-1 Sumatera Selatan -4.470973 103.456103 125.50 Hydro Inventory Study_1997 JicaPR_0182 Musi-2 Sumatera Selatan -3.712605 102.968088 50.20 Hydro Inventory Study_1997 JicaPR_0188 Musi-3A Sumatera Selatan -3.691866 102.978375 58.10 Hydro Inventory Study_1997 hp_0142 Niagara Sumatera Selatan -4.80689 103.91392 1.70 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0171 Ogan-1 Sumatera Selatan -4.17463 103.752151 19.80 Hydro Inventory Study_1997 JicaPR_0172 Ogan-2 Sumatera Selatan -4.079308 103.794682 39.60 Hydro Inventory Study_1997 JicaEX_0017 Ranau Sumatera Selatan -4.773941 103.880644 60.00 Hydro Inventory Study_1997 JicaPR_0184 Rupit Sumatera Selatan -2.974919 102.654291 11.00 Hydro Inventory Study_1997 JicaPR_0164 Saka-1 Sumatera Selatan -4.386368 103.792618 15.40 Hydro Inventory Study_1997 JicaPR_0165 Saka-2 Sumatera Selatan -4.426235 103.836006 13.40 Hydro Inventory Study_1997 hp_0327 Selabung Sumatera Selatan -4.63833 103.87483 4.50 PLN (3 - Minihydro IPP Project) JicaPR_0162 Selabung-2 Sumatera Selatan -4.677236 103.828641 105.30 Hydro Inventory Study_1997 JicaPR_0163 Selabung-3 Sumatera Selatan -4.601906 103.911757 20.70 Hydro Inventory Study_1997 JicaPR_0166 Selabung-4 Sumatera Selatan -4.557276 104.039122 24.20 Hydro Inventory Study_1997 hp_0946 Sidourip Sumatera Selatan 0.10 PLN (4 - Minihydro PLN Project) JicaPR_0169 Telama Sumatera Selatan -4.66154 104.117515 14.60 Hydro Inventory Study_1997 hp_0346 Telanai Banding Agung Sumatera Selatan -4.77929 103.88836 6.00 PLN (3 - Minihydro IPP Project) hp_0663 Ulu Danau Sumatera Selatan 0.22 PLN (3 - Minihydro IPP Project) Annex I – Unprocessed SHP Data Page 29 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0470 Aek Godang Sumatera Utara 2.14728 98.60847 4.00 PLN (3 - Minihydro IPP Project) Screened out hp_0673 Aek Raisan #1 Sumatera Utara 0.75 PLN (4 - Minihydro PLN Project) hp_0672 Aek Raisan #2 Sumatera Utara 0.75 PLN (4 - Minihydro PLN Project) hp_0471 Aek Rambe Sumatera Utara 2.23391 98.46111 5.20 PLN (3 - Minihydro IPP Project) Screened out hp_0700 Aek Sibundong Sumatera Utara 0.75 PLN (4 - Minihydro PLN Project) hp_0671 Aek Silang Sumatera Utara 0.75 PLN (4 - Minihydro PLN Project) hp_0472 Aek Silang 2 Sumatera Utara 2.31151 98.77347 1.00 PLN (3 - Minihydro IPP Project) Screened out hp_0230 Aek Simadoras Sumatera Utara 1.76211 99.30451 5.10 PLN (3 - Minihydro IPP Project) Screened out hp_0594 Aek Simonggo Sumatera Utara 2.34569 98.45181 9.00 PLN (3 - Minihydro IPP Project) Screened out hp_0357 Aek Sisira Simandame Sumatera Utara 2.19473 98.48473 4.60 PLN (3 - Minihydro IPP Project) Screened out hp_0473 Aek Tomuan-1 Sumatera Utara 2.70678 99.14825 8.00 PLN (3 - Minihydro IPP Project) hp_0376 Aek Tulas Sumatera Utara 2.62280 98.63196 2.00 PLN (3 - Minihydro IPP Project) Screened out hp_0478 Anggoci Sumatera Utara 2.28158 98.41850 9.00 PLN (3 - Minihydro IPP Project) Screened out hp_0034 Asahan 1 Sumatera Utara 2.49554 99.23466 18.00 Consultant Screened out hp_0595 Asahan 3 Sumatera Utara 2.56667 99.35000 174.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0454 Asahan 4-5 Sumatera Utara 2.58333 99.41667 6.00 PLN (1 - Masterplan of HEPP Development List) JicaEX_0008 Asahan-1 Sumatera Utara 2.48319 99.21234 180.00 Hydro Inventory Study_1997 JicaEX_0009 Asahan-3 Sumatera Utara 2.558343 99.335881 400.00 Hydro Inventory Study_1997 JicaPR_0075 Asahan-4 Sumatera Utara 2.591054 99.421979 100.70 Hydro Inventory Study_1997 hp_0036 Bahbolon Sumatera Utara 3.15133 99.18278 2.52 Consultant JicaPR_0063 Bahorok-1 Sumatera Utara 3.562153 97.975901 9.40 Hydro Inventory Study_1997 hp_0480 Bahorok-1 Sumatera Utara 3.55000 97.96667 9.40 PLN (2 - MHPP in HPPS) Screened out JicaPR_0064 Bahorok-2 Sumatera Utara 3.564257 98.079583 32.30 Hydro Inventory Study_1997 JicaPR_0089 Barumun-1 Sumatera Utara 1.040102 99.576431 8.50 Hydro Inventory Study_1997 hp_0383 Barumun-1 Sumatera Utara 1.03333 99.56667 8.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0090 Barumun-2 Sumatera Utara 1.080935 99.573729 3.20 Hydro Inventory Study_1997 hp_0382 Barumun-2 Sumatera Utara 1.06667 99.56667 3.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0281 Batahan-1 Sumatera Utara 0.560568 99.618894 13.50 Hydro Inventory Study_1997 hp_0611 Batang Gadis Sumatera Utara 0.90 PLN (4 - Minihydro PLN Project) hp_0358 Batang Toru Sumatera Utara 1.95566 99.00597 7.50 PLN (3 - Minihydro IPP Project) hp_1054 Batang Toru (Tapsel) Sumatera Utara 510.00 RUPTL hp_0359 Batang Toru 3 Sumatera Utara 1.93411 99.01803 1.00 PLN (3 - Minihydro IPP Project) Screened out hp_0360 Batang Toru 4 Sumatera Utara 1.91770 99.02562 1.00 PLN (3 - Minihydro IPP Project) JicaPR_0065 Berkail-1 Sumatera Utara 3.470544 98.078289 17.60 Hydro Inventory Study_1997 JicaPR_0066 Berkail-2 Sumatera Utara 3.485784 98.125432 7.30 Hydro Inventory Study_1997 hp_0243 Berkail-2 Sumatera Utara 3.48333 98.11667 7.30 PLN (2 - MHPP in HPPS) Screened out JicaPR_0067 Berkail-3 Sumatera Utara 3.447583 98.165597 19.40 Hydro Inventory Study_1997 JicaPR_0079 Bila-1 Sumatera Utara 1.937886 99.505453 5.80 Hydro Inventory Study_1997 hp_0487 Bila-1 Sumatera Utara 1.93333 99.50000 5.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0080 Bila-2 Sumatera Utara 1.929631 99.565726 43.10 Hydro Inventory Study_1997 hp_0488 Bila-2 Sumatera Utara 1.91667 99.55000 42.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0081 Bila-3 Sumatera Utara 1.952241 99.62991 44.00 Hydro Inventory Study_1997 hp_0245 Bingai Sumatera Utara 3.36225 98.46803 7.00 PLN (3 - Minihydro IPP Project) Screened out hp_0743 Boho Sumatera Utara 0.20 PLN (4 - Minihydro PLN Project) hp_0069 Buaya Silinda Sumatera Utara 3.24448 98.75925 3.60 Consultant JicaPR_0062 Buluh Sumatera Utara 3.630588 98.117572 10.80 Hydro Inventory Study_1997 JicaPR_0313 Butugarigis Sumatera Utara 2.075175 98.511425 17.60 Hydro Inventory Study_1997 JicaPR_0355 Cinendang-1 Sumatera Utara 2.437398 98.170783 262.60 Hydro Inventory Study_1997 JicaPR_0356 Cinendang-2A Sumatera Utara 2.476887 98.107968 66.30 Hydro Inventory Study_1997 JicaPR_0287 Gadis-1 Sumatera Utara 0.763922 99.614732 68.80 Hydro Inventory Study_1997 JicaPR_0288 Gadis-2 Sumatera Utara 1.018568 99.359454 181.30 Hydro Inventory Study_1997 JicaPR_0289 Gadis-3 Sumatera Utara 1.055194 99.262296 106.20 Hydro Inventory Study_1997 JicaPR_0293 Gadis-4 Sumatera Utara 1.106738 99.058677 5.20 Hydro Inventory Study_1997 hp_0494 Gadis-4 Sumatera Utara 1.10000 99.05000 5.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0336 Gunung-1 Sumatera Utara 3.066865 98.193507 8.20 Hydro Inventory Study_1997 hp_0498 Gunung-1 Sumatera Utara 3.06667 98.18333 8.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0337 Gunung-2 Sumatera Utara 3.025809 98.157017 23.00 Hydro Inventory Study_1997 hp_0453 Hasang* Sumatera Utara 2.28333 99.43333 4.00 PLN (1 - Masterplan of HEPP Development List) hp_0261 Huta Padang Sumatera Utara 2.77152 99.25899 1.00 PLN (3 - Minihydro IPP Project) hp_0128 Hutaraja Sumatera Utara 2.31320 98.76973 5.00 PLN (3 - Minihydro IPP Project) JicaPR_0084 Ilung Sumatera Utara 1.511865 99.532588 12.50 Hydro Inventory Study_1997 hp_1016 INALUM Sumatera Utara 45.00 RUPTL hp_0266 Kamangin Nagori Sumatera Utara 2.77264 99.20488 2.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0086 Kanan Sumatera Utara 1.799425 99.741227 11.40 Hydro Inventory Study_1997 hp_0506 Karai 1 Sumatera Utara 3.20305 98.84545 1.00 PLN (3 - Minihydro IPP Project) hp_0269 Karai 12 Sumatera Utara 3.09391 98.78176 6.00 PLN (3 - Minihydro IPP Project) hp_0127 Karai 13 Sumatera Utara 3.04610 98.78160 8.30 PLN (3 - Minihydro IPP Project) Screened out hp_0270 Karai 7 Sumatera Utara 3.10457 98.80920 6.70 PLN (3 - Minihydro IPP Project) JicaPR_0070 Ketekukan Sumatera Utara 3.33548 98.304417 5.80 Hydro Inventory Study_1997 hp_0276 Ketekukan Sumatera Utara 3.33333 98.30000 5.80 PLN (2 - MHPP in HPPS) Screened out hp_0424 Kombih 1 Sumatera Utara 2.59823 98.32260 1.50 PLN (4 - Minihydro PLN Project) hp_0423 Kombih 2 Sumatera Utara 2.61858 98.29147 1.50 PLN (4 - Minihydro PLN Project) hp_0282 Kombih-5 Sumatera Utara 2.64144 98.12497 9.99 PLN (3 - Minihydro IPP Project) JicaPR_0076 Kualu-1 Sumatera Utara 2.299293 99.480709 15.40 Hydro Inventory Study_1997 JicaPR_0077 Kualu-2 Sumatera Utara 2.522963 99.540885 21.80 Hydro Inventory Study_1997 JicaPR_0341 Kumbih-1 Sumatera Utara 2.64225 98.241268 14.20 Hydro Inventory Study_1997 JicaPR_0342 Kumbih-2 Sumatera Utara 2.637016 98.117539 38.60 Hydro Inventory Study_1997 JicaPR_0343 Kumbih-3 Sumatera Utara 2.617121 98.111387 42.80 Hydro Inventory Study_1997 hp_0377 Kumbih-3 Sumatera Utara 2.61667 98.10000 41.80 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0287 Lae Kombih 3 Sumatera Utara 2.62069 98.28847 8.00 PLN (3 - Minihydro IPP Project) Screened out hp_0288 Lae Luhung Sumatera Utara 2.83500 98.32018 1.00 PLN (3 - Minihydro IPP Project) Screened out hp_0514 Lae Ordi Sumatera Utara 2.56472 98.28806 1.00 PLN (3 - Minihydro IPP Project) Annex I – Unprocessed SHP Data Page 30 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0378 Lae Ordi 2 Sumatera Utara 2.56667 98.16667 1.00 PLN (3 - Minihydro IPP Project) hp_0290 Lake Toba Sumatera Utara 2.76667 98.68333 4.00 PLN (1 - Masterplan of HEPP Development List) hp_0291 Lau Gunung Sumatera Utara 3.03789 98.17014 1.00 PLN (3 - Minihydro IPP Project) JicaPR_0091 Lubuk-1 Sumatera Utara 0.805394 99.833525 6.00 Hydro Inventory Study_1997 hp_0519 Lubuk-1 Sumatera Utara 0.80000 99.83333 6.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0093 Lubuk-4 Sumatera Utara 0.857147 99.967891 8.10 Hydro Inventory Study_1997 JicaPR_0094 Lubuk-5 Sumatera Utara 0.852644 100.067161 22.10 Hydro Inventory Study_1997 hp_0301 Mandoge Sumatera Utara 2.73743 99.15868 1.00 PLN (3 - Minihydro IPP Project) JicaPR_0088 Manggu Sumatera Utara 1.280691 99.586409 8.90 Hydro Inventory Study_1997 hp_0302 Manggu Sumatera Utara 1.26667 99.58333 8.90 PLN (2 - MHPP in HPPS) Screened out hp_0895 Munte Sumatera Utara 0.80 PLN (4 - Minihydro PLN Project) JicaPR_0284 Natal Sumatera Utara 0.688952 99.341652 24.10 Hydro Inventory Study_1997 JicaPR_0078 Natas Sumatera Utara 2.255743 99.612838 9.80 Hydro Inventory Study_1997 hp_0308 Natas Sumatera Utara 2.25000 99.60000 9.80 PLN (2 - MHPP in HPPS) Screened out JicaPR_0344 Ordi-1 Sumatera Utara 2.543166 98.281272 41.90 Hydro Inventory Study_1997 JicaPR_0345 Ordi-2 Sumatera Utara 2.559681 98.224383 27.40 Hydro Inventory Study_1997 JicaPR_0346 Ordi-3 Sumatera Utara 2.571114 98.163403 19.10 Hydro Inventory Study_1997 hp_0533 Ordi-3 Sumatera Utara 2.56667 98.15000 18.40 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0347 Ordi-4 Sumatera Utara 2.554708 98.140165 48.80 Hydro Inventory Study_1997 JicaPR_0348 Ordi-5 Sumatera Utara 2.525537 98.110079 27.20 Hydro Inventory Study_1997 hp_0379 Ordi-5 Sumatera Utara 2.51667 98.10000 26.80 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0312 Pakkat Sumatera Utara 2.12222 98.48611 1.00 PLN (3 - Minihydro IPP Project) hp_1019 Pandan Sumatera Utara 7.60 RUPTL JicaPR_0082 Pane-1 Sumatera Utara 1.714576 99.546856 22.80 Hydro Inventory Study_1997 JicaPR_0083 Pane-2 Sumatera Utara 1.605552 99.556838 11.70 Hydro Inventory Study_1997 JicaPR_0085 Pane-3 Sumatera Utara 1.53224 99.605815 40.50 Hydro Inventory Study_1997 hp_0313 Pargaringan Sumatera Utara 1.94605 98.77420 8.00 PLN (3 - Minihydro IPP Project) JicaPR_0291 Parlampungan-1 Sumatera Utara 0.855149 99.327146 44.50 Hydro Inventory Study_1997 JicaPR_0292 Parlampungan-2 Sumatera Utara 0.902664 99.226664 36.10 Hydro Inventory Study_1997 hp_0443 Parlilitan Sumatera Utara 2.32929 98.42341 7.50 PLN (3 - Minihydro IPP Project) Screened out hp_0380 Parluasan Sumatera Utara 2.28333 99.38889 4.20 PLN (3 - Minihydro IPP Project) Screened out hp_0314 Parmonangan Sumatera Utara 2.11684 98.73953 9.00 PLN (3 - Minihydro IPP Project) JicaPR_0307 Pinang Sumatera Utara 2.075637 98.707753 21.80 Hydro Inventory Study_1997 hp_1063 PLTM Tersebar Sumut Sumatera Utara 96.00 RUPTL JicaPR_0310 Poring Sumatera Utara 2.024569 98.821488 7.00 Hydro Inventory Study_1997 hp_0537 Poring Sumatera Utara 2.01667 98.81667 7.00 PLN (2 - MHPP in HPPS) Screened out hp_0318 Poring 1 Sumatera Utara 1.97144 98.79294 9.00 PLN (3 - Minihydro IPP Project) Screened out hp_0319 Poring 2 Sumatera Utara 1.96859 98.77331 9.00 PLN (3 - Minihydro IPP Project) JicaPR_0296 Puli-1 Sumatera Utara 1.749618 99.241469 33.70 Hydro Inventory Study_1997 JicaPR_0297 Puli-2 Sumatera Utara 1.76145 99.209544 31.50 Hydro Inventory Study_1997 JicaPR_0298 Puli-3 Sumatera Utara 1.758958 99.1491 6.20 Hydro Inventory Study_1997 hp_0538 Puli-3 Sumatera Utara 1.75000 99.13333 6.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0285 Pungkul-1 Sumatera Utara 0.577725 99.749436 3.20 Hydro Inventory Study_1997 hp_0539 Pungkul-1 Sumatera Utara 0.56667 99.73333 3.20 PLN (2 - MHPP in HPPS) Screened out JicaPR_0286 Pungkul-2 Sumatera Utara 0.63498 99.762679 4.20 Hydro Inventory Study_1997 hp_0540 Pungkul-2 Sumatera Utara 0.63333 99.75000 4.20 PLN (2 - MHPP in HPPS) Screened out hp_0541 Rahu 1 Sumatera Utara 2.41983 98.44577 8.20 PLN (3 - Minihydro IPP Project) hp_0542 Rahu 2 Sumatera Utara 2.37083 98.43611 6.40 PLN (3 - Minihydro IPP Project) hp_0320 Raisan Hutadolok Sumatera Utara 1.85556 98.81094 7.00 PLN (3 - Minihydro IPP Project) hp_0543 Raisan Nagatimbul Sumatera Utara 1.83611 98.83056 7.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0302 Raisan-1 Sumatera Utara 1.844769 98.835285 26.70 Hydro Inventory Study_1997 hp_0544 Raisan-1 Sumatera Utara 1.83333 98.83333 26.20 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0303 Raisan-2 Sumatera Utara 1.874632 98.73768 40.50 Hydro Inventory Study_1997 JicaPR_0350 Rambe Sumatera Utara 2.244232 98.445121 22.10 Hydro Inventory Study_1997 hp_0022 Renun Sumatera Utara 2.78681 98.54087 82.00 Consultant JicaEX_0032 Renun-1 Sumatera Utara 2.61882 98.49317 82.00 Hydro Inventory Study_1997 JicaPR_0331 Renun-2 Sumatera Utara 2.648574 98.467076 15.40 Hydro Inventory Study_1997 JicaPR_0332 Renun-3 Sumatera Utara 2.682509 98.443799 20.20 Hydro Inventory Study_1997 JicaPR_0333 Renun-4 Sumatera Utara 2.736241 98.390897 21.30 Hydro Inventory Study_1997 JicaPR_0334 Renun-5 Sumatera Utara 2.888559 98.200242 7.10 Hydro Inventory Study_1997 hp_0546 Renun-5 Sumatera Utara 2.88333 98.20000 7.10 PLN (2 - MHPP in HPPS) Screened out JicaPR_0335 Renun-6 Sumatera Utara 2.989114 98.155421 23.00 Hydro Inventory Study_1997 JicaPR_0290 Salai-1 Sumatera Utara 1.25784 99.094921 20.40 Hydro Inventory Study_1997 JicaPR_0338 Sebelin-1 Sumatera Utara 2.888283 98.049411 8.00 Hydro Inventory Study_1997 hp_0324 Sebelin-1 Sumatera Utara 2.88333 98.03333 8.00 PLN (2 - MHPP in HPPS) Screened out JicaPR_0339 Sebelin-2 Sumatera Utara 2.909641 97.958465 28.50 Hydro Inventory Study_1997 hp_0326 Sei Wampu Sumatera Utara 3.39850 98.22775 9.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0058 Serangan-1 Sumatera Utara 3.710195 97.881023 27.20 Hydro Inventory Study_1997 JicaPR_0059 Serangan-2 Sumatera Utara 3.650502 97.934244 21.70 Hydro Inventory Study_1997 JicaPR_0060 Serangan-3 Sumatera Utara 3.70859 97.962078 16.60 Hydro Inventory Study_1997 JicaPR_0061 Serangan-4 Sumatera Utara 3.720236 98.003746 52.20 Hydro Inventory Study_1997 JicaPR_0304 Sibundong-1 Sumatera Utara 2.14441 98.764635 10.20 Hydro Inventory Study_1997 JicaPR_0305 Sibundong-2 Sumatera Utara 2.131917 98.743823 9.90 Hydro Inventory Study_1997 hp_0591 Sibundong-2 Sumatera Utara 2.11667 98.73333 9.90 PLN (2 - MHPP in HPPS) Screened out JicaPR_0306 Sibundong-3 Sumatera Utara 2.103348 98.733711 15.20 Hydro Inventory Study_1997 JicaPR_0308 Sibundong-4 Sumatera Utara 2.07612 98.734891 32.20 Hydro Inventory Study_1997 hp_0460 Sibundong-4 Sumatera Utara 2.06667 98.73333 31.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0309 Sibundong-5 Sumatera Utara 2.029826 98.759811 87.60 Hydro Inventory Study_1997 JicaPR_0311 Sibundong-6 Sumatera Utara 1.956378 98.745598 10.40 Hydro Inventory Study_1997 hp_0330 Sidikalang 1 Sumatera Utara 2.74861 98.37556 8.60 PLN (3 - Minihydro IPP Project) hp_0331 Sidikalang 2 Sumatera Utara 2.78303 98.33890 7.40 PLN (3 - Minihydro IPP Project) JicaPR_0294 Sigeaon/Toba Sumatera Utara 2.062621 99.01839 9.00 Hydro Inventory Study_1997 Annex I – Unprocessed SHP Data Page 31 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening hp_0555 Sigeaon/Toba Sumatera Utara 2.05000 99.01667 9.00 PLN (2 - MHPP in HPPS) Screened out JicaEX_0011 Siguragura Sumatera Utara 2.503972 99.261901 286.00 Hydro Inventory Study_1997 JicaPR_0087 Sihapos Sumatera Utara 1.324255 99.582637 13.70 Hydro Inventory Study_1997 JicaPR_0354 Sikundur Sumatera Utara 2.428769 98.230696 26.60 Hydro Inventory Study_1997 JicaPR_0074 Silang Sumatera Utara 2.302388 98.775632 28.00 Hydro Inventory Study_1997 hp_0015 Silau 2 Sumatera Utara 2.71243 99.12593 8.00 Consultant Screened out JicaPR_0072 Silau-1 Sumatera Utara 2.745781 99.178691 28.00 Hydro Inventory Study_1997 JicaPR_0073 Silau-2 Sumatera Utara 2.767598 99.261109 19.80 Hydro Inventory Study_1997 hp_0333 Silau-2 Sumatera Utara 2.71250 99.12568 7.50 PLN (3 - Minihydro IPP Project) hp_0558 Silinda Sumatera Utara 3.22024 98.73680 6.00 PLN (3 - Minihydro IPP Project) Screened out JicaPR_0351 Simanggo-1 Sumatera Utara 2.333204 98.441588 45.50 Hydro Inventory Study_1997 JicaPR_0352 Simanggo-2 Sumatera Utara 2.290106 98.423134 60.30 Hydro Inventory Study_1997 hp_0559 Simanggo-2 Sumatera Utara 2.28333 98.41667 9.00 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0353 Simanggo-3 Sumatera Utara 2.324131 98.32874 109.50 Hydro Inventory Study_1997 hp_0334 Simbelin-1 Sumatera Utara 2.89372 98.04086 6.00 PLN (3 - Minihydro IPP Project) hp_0087 Simonggo Nambadia Sumatera Utara 2.31009 98.42433 9.90 Consultant hp_0086 Simonggo Parduaan Sumatera Utara 2.27497 98.41161 1.00 Consultant hp_0336 Simonggo Tornauli Sumatera Utara 2.34642 98.48118 8.00 PLN (3 - Minihydro IPP Project) Screened out hp_1053 Simonggo-2 Sumatera Utara 90.00 RUPTL hp_0010 Sipansihaporas Sumatera Utara 1.73621 98.84427 5.00 Consultant JicaEX_0029 Sipansihaporas-1 Sumatera Utara 1.743779 98.871512 33.00 Hydro Inventory Study_1997 JicaEX_0030 Sipansihaporas-2 Sumatera Utara 1.73299 98.840454 17.00 Hydro Inventory Study_1997 JicaPR_0312 Sirahar Sumatera Utara 2.138256 98.499922 36.50 Hydro Inventory Study_1997 JicaPR_0349 Siria Sumatera Utara 2.251187 98.550212 16.80 Hydro Inventory Study_1997 hp_0337 Siria Sumatera Utara 2.25000 98.55000 16.50 PLN (1 - Masterplan of HEPP Development List) Screened out hp_0338 Sisira Sumatera Utara 2.25697 98.54054 8.20 PLN (3 - Minihydro IPP Project) Screened out hp_0085 Sisira Pusuk Sumatera Utara 2.23980 98.53452 6.22 Consultant hp_0567 Tanah Pinem Sumatera Utara 2.98889 98.14583 1.00 PLN (3 - Minihydro IPP Project) Screened out JicaEX_0010 Tangga Sumatera Utara 2.53446 99.298339 317.00 Hydro Inventory Study_1997 hp_0081 Tangga Sumatera Utara 2.56111 99.30961 317.00 Consultant Screened out hp_0343 Tanjung Lenggang Sumatera Utara 3.54789 98.24011 1.00 PLN (3 - Minihydro IPP Project) Screened out hp_0345 Tara Bintang Sumatera Utara 2.29114 98.36431 1.00 PLN (3 - Minihydro IPP Project) hp_0966 Tarutung Sumatera Utara 0.12 PLN (4 - Minihydro PLN Project) JicaPR_0068 Tebah-1 Sumatera Utara 3.300161 98.096484 6.50 Hydro Inventory Study_1997 hp_0569 Tebah-1 Sumatera Utara 3.30000 98.08333 6.50 PLN (2 - MHPP in HPPS) Screened out JicaPR_0069 Tebah-2 Sumatera Utara 3.307512 98.177884 23.40 Hydro Inventory Study_1997 hp_0974 Tonduhan Sumatera Utara 0.40 PLN (4 - Minihydro PLN Project) JicaEX_0028 Toru-1 Sumatera Utara 1.958647 99.005776 125.00 Hydro Inventory Study_1997 JicaPR_0295 Toru-2 Sumatera Utara 1.917642 99.027642 34.20 Hydro Inventory Study_1997 hp_0381 Toru-2 Sumatera Utara 1.91667 99.01667 33.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0299 Toru-3 Sumatera Utara 1.57528 99.165346 236.50 Hydro Inventory Study_1997 hp_0575 Toru-3 Sumatera Utara 1.56667 99.15000 227.60 PLN (1 - Masterplan of HEPP Development List) Screened out JicaPR_0300 Toru-4 Sumatera Utara 1.536601 99.145991 18.70 Hydro Inventory Study_1997 JicaPR_0301 Toru-5 Sumatera Utara 1.500861 99.116315 16.50 Hydro Inventory Study_1997 JicaEX_0007 Wampu Sumatera Utara 3.170607 98.23056 84.00 Hydro Inventory Study_1997 hp_0103 Wampu Sumatera Utara 3.25401 98.21286 45.00 Consultant Screened out hp_0600 Wampu Sumatera Utara 3.16667 98.21667 84.00 PLN (1 - Masterplan of HEPP Development List) Screened out hp_1042 Wampu (FTP2) Sumatera Utara 45.00 RUPTL JicaPR_0071 Wampu-5 Sumatera Utara 3.393457 98.235998 4.70 Hydro Inventory Study_1997 hp_0601 Wampu-5 Sumatera Utara 3.38333 98.23333 4.70 PLN (2 - MHPP in HPPS) Screened out fs_81 PLTM Caringin Jawa Barat -6.89583 106.40222 4.29 PLN_pusat_repository fs_75 PLTM Cianten 1 Jawa Barat -6.69029 106.64320 2.00 PLN_pusat_repository fs_92 PLTM Cianten 2 Jawa Barat -6.67970 106.63695 5.00 PLN_pusat_repository fs_76 PLTM Cianten 3 Jawa Barat -6.66645 106.63165 5.80 PLN_pusat_repository fs_77 PLTM Ciarinem Jawa Barat -7.46144 107.72686 3.00 PLN_pusat_repository fs_93 PLTM Ciasem Jawa Barat -6.64211 107.6525 3.00 PLN_pusat_repository fs_94 PLTM Cibalapulang 3 Jawa Barat -7.20047 106.99286 9.00 PLN_pusat_repository fs_95 PLTM Cibatarua Panyairan Jawa Barat -7.38894 107.68830 8.23 PLN_pusat_repository fs_78 PLTM Cibuni Jawa Barat -7.20125 107.24722 3.20 PLN_pusat_repository fs_86 PLTM Cibuni Mandiri Jawa Barat -7.20156 107.26286 2.00 PLN_pusat_repository fs_96 PLTM Cicatih Jawa Barat -6.95155 106.75570 6.40 PLN_pusat_repository fs_69 PLTM Ciherang Jawa Barat -6.65200 107.51592 1.80 PLN_pusat fs_80 PLTM Cikaengan Jawa Barat -7.51262 107.92928 3.00 PLN_pusat_repository fs_79 PLTM Cikaengan 2 Jawa Barat -7.57318 107.92641 7.18 PLN_pusat_repository fs_87 PLTM Cikandang Jawa Barat -7.45261 107.67525 6.00 PLN_pusat_repository fs_70 PLTM Cikawung Atas Jawa Barat -7.32708 107.54530 5.58 PLN_pusat fs_82 PLTM Cikawung Bawah Jawa Barat -7.33067 107.52225 2.50 PLN_pusat_repository fs_97 PLTM Cikopo 2 Jawa Barat -7.36611 107.66694 5.58 PLN_pusat_repository fs_98 PLTM Cilaki Jawa Barat -7.30806 107.51944 5.40 PLN_pusat_repository fs_71 PLTM Cilayu Kulon Jawa Barat -7.38650 107.56592 5.20 PLN_pusat fs_72 PLTM Cileat Jawa Barat -6.78345 107.74950 5.18 PLN_pusat fs_88 PLTM Cirompang Jawa Barat -7.45049 107.60980 8.00 PLN_pusat_repository fs_99 PLTM Jatisari Jawa Barat -7.54363 107.85192 5.00 PLN_pusat_repository fs_100 PLTM Kalapa Nunggal Jawa Barat -7.32833 107.19444 3.00 PLN_pusat_repository fs_89 PLTM Kanzy 5 Jawa Barat -7.48060 107.6122 5.00 PLN_pusat_repository fs_83 PLTM Kerta Mukti Jawa Barat -6.99069 106.75684 6.30 PLN_pusat_repository fs_101 PLTM Pesantren 1 Jawa Barat -7.17131 107.17125 1.80 PLN_pusat_repository fs_73 PLTM Pusaka 1 Jawa Barat -7.20417 107.22778 8.80 PLN_pusat fs_84 PLTM Pusaka 3 Jawa Barat -7.23944 107.17972 3.00 PLN_pusat_repository fs_74 PLTM Sukamaju Jawa Barat -6.99361 106.74414 7.50 PLN_pusat fs_85 PLTM Toblong Jawa Barat -7.5845 107.92542 6.00 PLN_pusat_repository fs_90 PLTMH Kombongan Jawa Barat -7.42981 107.68206 1.90 PLN_pusat_repository Annex I – Unprocessed SHP Data Page 32 of 33 ID Project Name Province Latitude (WGS84) Longitude (WGS84) Installed Capacity (MW) Source Screening fs_91 PLTMH Sindang Cai Jawa Barat -6.60565 107.68132 0.85 PLN_pusat_repository fs_232 PLTM Aralle Sulawesi Barat -2.98812 119.06834 8.70 PLN_wilayah fs_231 PLTM Pamoseang Sulawesi Barat -2.99861 119.10339 6.00 PLN_wilayah fs_46 PLTM Batang Tuik Sumatera Barat -0.57125 100.69147 6.30 PLN_pusat fs_47 PLTM Bukit Cubadak Sumatera Barat -0.33264 100.76581 9.22 PLN_pusat fs_48 PLTM Bukit Sileh Sumatera Barat -0.96064 100.71342 0.70 PLN_pusat fs_56 PLTM Guntung Sumatera Barat -0.14858 100.24422 4.00 PLN_pusat_repository fs_59 PLTM Induring Sumatera Barat -1.39522 100.6195 1.20 PLN_pusat_repository fs_49 PLTM Laruang Gosan Sumatera Barat -0.08031 100.41156 4.09 PLN_pusat fs_50 PLTM Muara Sako Sumatera Barat -1.89342 101.23392 3.00 PLN_pusat fs_51 PLTM Muaro Sumatera Barat -1.07686 100.77672 0.24 PLN_pusat fs_57 PLTM Pinti Kayu Sumatera Barat 1.11801 100.89828 10.00 PLN_pusat_repository fs_54 PLTM Siamang Bunyi Sumatera Barat -0.14372 100.46067 1.78 PLN_pusat fs_55 PLTM Sianok Duku Sumatera Barat -0.19144 100.26181 6.60 PLN_pusat fs_58 PLTM Sikarbau Sumatera Barat 0.37819 99.56381 2.00 PLN_pusat_repository fs_52 PLTM Batang Patimah Sumatera Barat 0.01809 100.07835 2.80 PLN_pusat fs_53 PLTM Rabi Jonggor Sumatera Barat 0.39411 99.72131 4.51 PLN_pusat JicaPR_1160 Baunai*** -8.62927 126.109 1.30 Hydro Inventory Study_1997 JicaPR_1170 Be Lulic-1*** -9.0487 125.466 21.60 Hydro Inventory Study_1997 JicaPR_1171 Be Lulic-2*** -9.11933 125.478 6.80 Hydro Inventory Study_1997 JicaPR_1156 Bebo*** -8.6651 125.935 1.90 Hydro Inventory Study_1997 JicaPR_1161 Bui Huli-1*** -8.66185 126.382 9.20 Hydro Inventory Study_1997 JicaPR_1162 Bui Huli-2*** -8.66212 126.415 1.90 Hydro Inventory Study_1997 JicaPR_1167 Burahun*** -8.85573 125.96 14.50 Hydro Inventory Study_1997 JicaPR_1164 Cala Glai*** -8.67054 126.687 2.40 Hydro Inventory Study_1997 JicaPR_1175 Caraulun*** -8.99526 125.617 8.50 Hydro Inventory Study_1997 JicaPR_1172 Coli Huno-1*** -8.89333 125.586 5.40 Hydro Inventory Study_1997 JicaPR_1173 Coli Huno-2*** -8.91117 125.602 4.90 Hydro Inventory Study_1997 JicaPR_1174 Coli Huno-3*** -8.94292 125.606 5.40 Hydro Inventory Study_1997 JicaPR_1158 Comoro-1*** -8.66931 125.431 1.20 Hydro Inventory Study_1997 JicaPR_1159 Comoro-2*** -8.65924 125.468 1.30 Hydro Inventory Study_1997 JicaPR_1165 Cuha-1*** -8.76551 126.387 2.70 Hydro Inventory Study_1997 JicaPR_1166 Cuha-2*** -8.80247 126.368 4.40 Hydro Inventory Study_1997 JicaPR_1151 Daisoli*** -8.75396 125.602 3.70 Hydro Inventory Study_1997 JicaPR_1169 Dilor*** -8.89386 126.083 1.30 Hydro Inventory Study_1997 JicaPR_1148 Garai-1*** -8.83488 125.402 6.40 Hydro Inventory Study_1997 JicaPR_1149 Garai-2*** -8.86008 125.369 7.50 Hydro Inventory Study_1997 JicaPR_1147 Gleno-2*** -8.72258 125.324 6.10 Hydro Inventory Study_1997 JicaEX_0102 Ira Lalaro*** -8.472102 127.223781 27.00 Hydro Inventory Study_1997 JicaPR_1152 Laclo-1*** -8.72739 125.677 39.00 Hydro Inventory Study_1997 JicaPR_1153 Laclo-2*** -8.73945 125.74 31.40 Hydro Inventory Study_1997 JicaPR_1154 Laclo-3*** -8.65582 125.799 12.60 Hydro Inventory Study_1997 JicaPR_1155 Laclo-4*** -8.59669 125.838 11.90 Hydro Inventory Study_1997 JicaPR_1146 Lalowa*** -8.71809 125.382 10.70 Hydro Inventory Study_1997 JicaPR_1157 Lihobani*** -8.60433 125.752 2.20 Hydro Inventory Study_1997 JicaPR_1150 Magapu*** -8.91756 125.35 9.10 Hydro Inventory Study_1997 JicaPR_1145 Mena (Kaubele)*** -9.32605 124.386 1.00 Hydro Inventory Study_1997 JicaPR_1168 Sahen*** -8.95869 125.943 5.60 Hydro Inventory Study_1997 JicaPR_1163 Seical*** -8.65389 126.451 4.70 Hydro Inventory Study_1997 JicaPR_1176 Sui*** -8.94478 125.707 4.90 Hydro Inventory Study_1997 hp_0727 Baunai*** 1.30 PLN (2 - MHPP in HPPS) Screened out hp_0730 Be Lulic-2*** 6.80 PLN (2 - MHPP in HPPS) Screened out hp_0731 Bebo*** 1.90 PLN (2 - MHPP in HPPS) Screened out hp_0746 Bui Huli-1*** 9.20 PLN (2 - MHPP in HPPS) Screened out hp_0747 Bui Huli-2*** 1.90 PLN (2 - MHPP in HPPS) Screened out hp_0752 Cala Glai*** 2.40 PLN (2 - MHPP in HPPS) Screened out hp_0753 Caraulun*** 8.50 PLN (2 - MHPP in HPPS) Screened out hp_0768 Coli Huno-1*** 5.40 PLN (2 - MHPP in HPPS) Screened out hp_0769 Coli Huno-2*** 4.90 PLN (2 - MHPP in HPPS) Screened out hp_0770 Coli Huno-3*** 5.40 PLN (2 - MHPP in HPPS) Screened out hp_0771 Comoro-1*** 1.20 PLN (2 - MHPP in HPPS) Screened out hp_0772 Comoro-2*** 1.30 PLN (2 - MHPP in HPPS) Screened out hp_0773 Cuha-1*** 2.70 PLN (2 - MHPP in HPPS) Screened out hp_0774 Cuha-2*** 4.40 PLN (2 - MHPP in HPPS) Screened out hp_0778 Daisoli*** 3.70 PLN (2 - MHPP in HPPS) Screened out hp_0782 Dilor*** 1.30 PLN (2 - MHPP in HPPS) Screened out hp_0791 Garai-1*** 6.40 PLN (2 - MHPP in HPPS) Screened out hp_0792 Garai-2*** 7.50 PLN (2 - MHPP in HPPS) Screened out hp_0794 Gleno-2*** 6.10 PLN (2 - MHPP in HPPS) Screened out hp_0863 Lihobani*** 2.20 PLN (2 - MHPP in HPPS) Screened out hp_0873 Magapu*** 9.10 PLN (2 - MHPP in HPPS) Screened out hp_0932 Sahen*** 5.60 PLN (2 - MHPP in HPPS) Screened out hp_0936 Seical*** 4.70 PLN (2 - MHPP in HPPS) Screened out hp_0951 Sui*** 4.90 PLN (2 - MHPP in HPPS) Screened out *** Former Indonesian territory (East Timor) Annex I – Unprocessed SHP Data Page 33 of 33 ANNEX II – GIS DATABASE USER’S MANUAL SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 1 INTRODUCTION 1.1 CONTEXT The Geographic Information System (GIS) Database for Small Hydropower Planning was developed by the Consultant for small hydropower mapping and improved geospatial electrification planning in Indonesia based on PLN specific necessities and is currently hosted in PLN’s server. The main purpose of building up this central database on Small Hydropower (nationwide level) is to facilitate and improve the planning process of Small Hydropower in both grid and isolated systems in Indonesia. The central GIS database for national information on Small Hydropower Planning (SHP Database) was developed in PostgreSQL which is an open source object-relational database management system (ORDBMS). This ORDBMS has a PostGIS extension which allows GIS objects to be stored in the database. The visualization and management tools of this GIS Database are supported by a user- friendly open source Geographic Information System – QGIS. To provide customized options for easier and intuitive usage of the existing data in this database, a package of QGIS Plugins (version QGIS Essen 2.14) was developed. WGS84 (World Geodetic System 84) is the adopted coordinate system by the GIS database for national information on Small Hydropower Planning, therefore all saved and visualized data are in this coordinate system. 1.2 INSTALLATION REQUIREMENTS QGIS doesn’t have a formal system requirement per se. However we recommend the following installation requirements for proper use and installation of the software:  Processor: Intel I3 2 cores @2GHz (or superior)  RAM: 4 GB (or superior)  Hard Disk: 320 GB or superior (2GB minimum of free space)  Operation System: Windows 7 or Windows 8  Access to PLN server 1 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 2 INSTALLATION The SHP Database installation process is simple and intuitive. For installing this application just follow the indications shown in this tutorial. This software is available for Windows 7 and Windows 8 and it is similar in the two operating systems mentioned before. Nevertheless each of them has its particularities, so in this manual it will be shown how to install this application step-by-step in these two operating systems. To start the installation process, double click on the installation file: SHPDatabase.exe. After you execute this file a new window will came up (Figure 2.1), where you should click Next to continue. Figure 2.1 – Welcome to the Small Hydropower Database Setup. Now you can read and agree to the terms and conditions of this software (Figure 2.2) and then press I Agree. During the installation you can cancel or go back to the previous menu at any point of the installation process. Figure 2.2 – License Agreement. 2 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II This software will be installed by default in the folder C:\Program Files (x86)\SHPDatabase, however you can change it if you want (Figure 2.3), just be aware of the installation requirements (hard disk space). In case your operating system is Windows 8 the folder where the software is installed is not optional – it has to be installed in C:\SHP. Figure 2.3 – Install Location. Now you can start the core installation process by pressing Install (Figure 2.4). Figure 2.4 – Choose Components. Wait while SHP installs and when the process ends, click on Finish. Your computer will reboot to make sure this process it concluded and all functions are available to function. 3 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Figure 2.5 – Completing Setup. For security reasons it is recommended that the software is installed by the System Administrator. Go to your installation folder through Windows Explorer (C:\Program Files (x86)\SHPDatabase or C:\SHP), Figure 2.6, right click with the mouse on the folder “SHPDatabase” and then go to “Properties”. Figure 2.6 – SHP installation folder. Next you must choose the tab “Security” and select your PC group of users on the first part of the window “Group and user names”. Then click on “Edit”, probably it will require the PC Administrator credentials, so please login the credentials in order to continue and successfully end this installation process. Then select the option “Full Control” (Figure 2.7). Finally press “OK” and the SHPDatabase is ready for operation. 4 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Figure 2.7 – SHP Permissions. 5 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3 GIS DATABASE 3.1 CONTEXT As previously mentioned, the GIS Database is supported by a user-friendly open source Geographic Information System – QGIS. Therefore we will present the QGIS Interface, all existing GIS database tools and the backup system. 3.2 QGIS INTERFACE 3.2.1 INITIAL SCREEN When QGIS starts, you are presented with the user interface as shown in the Figure 3.11. Figure 3.1 – QGIS Interface. The interface it’s divided into five areas: 1 Your window decorations and icons may appear different depending on your window manager and on your selected shortcuts tools bars. In this image/workstation the package of QGIS Plugins developed for PLN in the project Small Hydropower Mapping and Improved Geospatial Electrification Planning in Indonesia is already installed. 6 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 1. Menu Bar 2. Tools Bar 3. Map Legend 4. Map View 5. Status Bar These five areas are described in more detail in the following sections. 3.2.2 MENU BAR The “Menu Bar” provides access to various QGIS features using a standard hiera rchical menu. This bar has ten options and its tools are described in Table 3.1. Table 3.1 – Menu Bar options. This button contains options for managing QGIS projects, such as: Create, Edit, Open, 1 Project Save, etc. This button contains options for managing features, such as: Add, Move, Delete, 2 Edit Rotate, etc. This button provides access to different options on viewing layers’ contents towards 3 View map navigation. This button contains options for managing layers, such as: Add (from different sources), 4 Layer Edit, Labeling, Query, etc. 5 Settings This button contains options for Configure Shortcuts, Options, Projects Properties, etc. This button provides access to the option: Manage and Install Plugins and to the 6 Plugins Python Console. This button provides access to: Analysis Tools, Geoprocessing Tools, Geometry Tools, 7 Vector Data Management Tools, etc. This button provides access to the Raster Calculator that allows you to perform 8 Raster calculations on the basis of existing raster pixel values. 9 Processing This button contains options for: Graphical Model, History and log, Results viewer, etc. 10 Help This button contains options for: Help Contents, Check Version, etc. Although most menu options have a corresponding tool and vice-versa, the menus are not organized exactly like the toolbars. 3.2.3 TOOL BAR The “Tool Bar” provides access to most of the same functions as the menus, plus additional tools for interacting with the map. 7 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Every menu bar can be moved around according to your needs. Additionally, every menu bar can be switched off using your right mouse button context menu, holding the mouse over the toolbars. 3.2.4 MAP LEGEND The “Map Legend” area lists all the layers in the project. The checkbox in each legend entry can be used to show or hide the layer. A layer can be selected and dragged up or down in the legend to change the Z-ordering. Z-ordering means that layers listed nearer the top of the legend are drawn over layers listed lower down in the legend. 3.2.5 MAP VIEW The “Map View” area is where the maps are displayed. The map displayed in this window will depend on the layers that have been loaded. The map view can be panned, shifting the focus of the map display to another region, and it can be zoomed in and out. Tip: Zooming the Map with the Mouse Wheel You can use the mouse wheel to zoom in and out on the map. Place the mouse cursor inside the map area and roll the wheel forward (away from you) to zoom in and backwards (towards you) to zoom out. The zoom is centered on the mouse cursor position. 3.2.6 STATUS BAR The “Status Bar” shows the actual coordinates of the pointer (decimal degrees) as the mouse pointer is moved across the map canvas. This coordinates are composed by Latitude and Longitude (X, Y) on World Geodetic System 1984 (WGS84). Next to the status bar is displayed the scale of current visualization of the map view. If there’s need to zoom in or zoom out, the scale selector allows the user to choose between predefined scales from 1:500 to 1:1000000. The user can also make use of the scroll button to zoom in or zoom out. 8 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.3 GIS DATABASE The GIS Database for national information on Small Hydropower Planning has been built based on PostgreSQL and a package of QGIS Plugins has been developed to support its visualization. The purpose of this package is to facilitate and improve the planning process of small hydro in both grid and isolated systems. The core data on PostgreSQL is essential to the consistency of the SHP Database, so it is important to understand how the database is structured. All data is held in three main schemas that contain distinct types of information and each schema support different types of geometry (Table 3.2), for more detail of all tables available in each schema see Appendix 1. Table 3.2 – GIS Database: data structure. Geometry type enabled Schema designation Information type Points Lines Polygons No geometry db_admin User’s and permissions × × ×  projects SHP projects  × × × public_shapes Auxiliary public data     All tool operations are made according to this data organization, so when users add new tables to these schemas it is important that they are aware of how it is structured, in order to maintain the schema’s data organization and hence the well-functioning of this package. Figure 3.2 – GIS Database Icons. The previously mentioned package of QGIS Plugins is build-up on five tools (Figure 3.2):  Login  Database Administration  Background Maps  Base Maps  PLN Small Hydro Database Note: When QGIS is started all the package buttons are locked, except the Login tool button. Therefore you must login first, to be able to use the GIS Database and the above mentioned tools. 9 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II For security reasons, the access to the GIS Database is based on distinct levels of permissions, which aims to restrict the access to sensitive and confidential data. Therefore it was defined four permission types: Admin – The user can create, edit and delete other users (setting the user permission and PLN Wilayah). This user has access to all information in the database so he can view and edit all projects and auxiliary layers, as well. This user can also import and export the existing information in the database. It is the Admin responsibility to choose which Projects information the Public users can have access and change it whenever is needed. It is also the Admin responsibility to create a Restore Point and if needed Restore the database from an available backup or from the restore point. Edit – The user can view and edit all projects or only the projects that belong to the user PLN Wilayah and add/remove to the map canvas all auxiliary layers as the user needs. View – The user can view all projects or only the projects that belong to the user PLN Wilayah and add/remove to the map canvas all auxiliary layers as the user needs. Public – The user can add/remove to the map canvas all auxiliary layers as the user needs. Nevertheless the user can only view some projects and some details of those projects (chosen by the Admin user). As the previous profiles, the Public user has access to all projects or only to the projects data of the corresponding PLN Wilayah. Translating this in package tools, this means that the user has access to: Admin user – Login, Background Maps, Base Maps, Database Administration and PLN Small Hydro Database Edit user – Login, Background Maps, Base Maps and PLN Small Hydro Database View user – Login, Background Maps, Base Maps and PLN Small Hydro Database Public user – Login, Background Maps, Base Maps and PLN Small Hydro Database (with some limitations) unrestricted restricted Figure 3.3 – Levels of permissions 10 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.3.1 LOGIN Login The Login tool allows the user to login and logout to the GIS Database. 1) Login To login you must click on this tool icon and this will bring up a new window (Figure 3.4 - left) where you must fill the username and password boxes and when this action is completed click [Login]. You can also press [Exit] to close the Login dialog. Figure 3.4 – Login dialog (left). Database Settings dialog (right). This will bring up a new window (Figure 3.5) with the message “Login Successful” in case the credentials are correct and the tool successfully established a connection to the server or with the message “Wrong username or password” in case the credentials aren’t correct. Figure 3.5 – Login messages dialog: Login Successful (left). Wrong username or password (right). In case you want to edit the server port and IP where the GIS Database is located, you should press [Settings], edit the ‘Server’/ ‘Port’ boxes and click [Save]. This action will only affect the PC where you at. It should be noted that the edition of the database settings will be locked after you login to the database, therefore you need to edit these settings before you continue to login. As mentioned before, when QGIS is started all the other tools are locked, thus when the user log in to the GIS Database, the tools will be unlocked (depending on the user permission profile the Database Administration may or may not be unlocked). Additionally some graphical decorations in the map canvas (Figure 3.6) are set for visualization support, such as: north arrow (top right), copyright label (bottom right), graphical scale bar (bottom left) and coordinate system (status bar). 11 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Figure 3.6 – User interface after login as Admin user. Now your GIS Database workstation for national information on Small Hydropower Database is ready for visualization and edition. Note: The user accounts definition/creation is a task that belongs only to Admin users, so if you do not have an account you need to contact an Admin user to create it. 2) Logout To logout from the GIS database you must press [Logout]. This will bring up a new window with the message “Logout Successful” notifying that your session is ended and finally the SHP database window will be closed. You can also press [Exit] to close the Logout dialog. Note: In case you need to reset or change your user password or any detail on your user account, please contact an Admin user. This also applies to Admin users (for security reasons), in this is case these user must contact other Admin user to make any changes on their user account. Figure 3.7 – Logout dialog (left). Logout massage dialog (right). 12 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.3.2 DATABASE ADMINISTRATION Database Administration The Database Administration tool provides several features to manage all the data in the GIS Database. This tool allows you to connect to the GIS Database and to create, delete and edit tables and the ‘Public’ view as well. You can also import and export tables into your spatial database. This tool menu has seven buttons:  Users  Edit ‘Public’ view  Import  Export  Edit  Delete  Restore Settings These seven options are described in more detail in the following sections. Figure 3.8 – Database Administration tool. Note: This tool will only be unlocked to Admin users therefore only this group of users will be able to manage the GIS Database for national information on Small Hydropower Planning. 1) User In this option you can add, edit and remove users thus defining their permission, name, password, PLN Wilayah, etc. 13 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II To have access to this option click on [Users] in the main Database Administration dialog (Figure 3.8). This action will bring up a new window (Figure 3.9) where you can manage the existing users and where you can see the ID, username, name, PLN Wilayah and permission of all other users. To create a new user, click in [Add new user]. This action will bring up a new window (Figure 3.10) where you must fill all the necessary information associated with the user, such as:  User  Name  Password/ Confirm Password  Permission  PLN Wilayah Figure 3.9 – Users Administration dialog. The ‘User’ field must be fill with the username that you intend to assign to the new user, nevertheless username has some characters restrictions, so when choosing usernames for users accounts, consider the following:  Letters (a – z and A – Z), numbers (0 – 9), dashes (-), underscores (_), and dot (.) can be used  Accents (`, ´, etc.) or accented letters (à, é, etc.) can’t be used  Dash, underscore or dot can't be used multiple times  Dash, underscore and dot can't be next to each other  Dash, underscore and dot can't be at the end or start of a username On the next field ‘Name’ you must write the complete name of the new user. The ‘Password’ field along with the ‘User’ field will be used as credentials for login into the system, however the password field has also some character restrictions, so when choosing passwords for users accounts, consider the following:  Any combination of ASCII characters can be used  Must contain a minimum of 1 character 14 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Note that we recommend the password have at least 8 characters long and a mixture of: upper case letters, lower case letters, digits and symbols (dash, underscore or dot). The ‘Confirm Password’ field is used only for validation purposes, so make sure the ‘Password’/ ’Confirm Password’ fields are filled with the exactly same characters. The next field ‘Permission’ is where you should assign which permission profile the user will have (Admin, Edit, View or Public – for details see section 4.2). In the ‘PLN Wilayah’ field you must select the PLN Wilayah that this user will have access. The combo box content will change according to the permission previous selected. If you previously select the Admin user, the PLN Wilayah combo box will be filled automatically with “All” because this type of users can access to all PLN Wilayah’s data. If you selected any other type of permission profile this combo box will be filled with “All” and all PLN Wilayah short names. If you intend to provide access to all PLN Wilayah, you must choose the option ‘All’ or if you intend to provide access to one PLN Wilayah, you must choose the option with name of the PLN Wilayah, considering that it’s the only PLN Wilayah that the user will have data access to . Figure 3.10 – Create User dialog. To close the dialog and cancel the action: press [< Add Layer -> Add Delimited Text Layer), they are not prepared for you to extract the point/line/polygon coordinates directly from the CSV file when you open it (in Excel for example). 5) Edit In this option you can add, edit and delete features of any existing table (with or without geospatial information) in the public_shapes or projects schema. To have access to these options: click [Edit Table] in the main dialog. This action will bring up a new window (Figure 3.26) where you can select which schema and table you intend to edit. Figure 3.26 – Edit table dialog. To edit the table, first select the schema where the table belongs, the list of tables in the ‘Table’ combo box will change depending on which schema you choose. To close the dialog and cancel the action: press [< Toggle Editing and then right click on the layer -> Open Attribute Table. The table is now ready for editing. When you finish your edition please press (on the Attribute table) and your changes will be saved. It should be noted that all changes made are permanent and reflected in the GIS Database. Note: In order to ensure the well-functioning of the export and import options, characters like commas, semicolons and quotation marks shouldn’t be used in any line/column of any table. Therefore it is import to avoid the use of these characters when adding new data or when editing. 6) Delete In this option you can delete any existing table in the public_shapes or projects schema from the GIS Database. To have access to these options click on [Delete Table] button in the main Database Administration dialog. This action will bring up a new window (Figure 3.28) where you can select which schema and table you intend to erase from the GIS database. In this option you will only be able to delete some of the tables in the public_shapes schema. The other tables related to Admin. Boundaries, Electric grid and Roads and Environment (see Appendix 1), are considered essential to the well-functioning of this tool, therefore you will not be able to delete them. Figure 3.28 – Delete table dialog. To delete the table first select the schema where the table belongs. The list of tables in the ‘Table’ combo box will change depending on which schema you choose. 27 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II The [Done] button will be unlocked only when you have selected the schema and table that you want to edit. To close the dialog and cancel the action: press [< Save As, before you select any restore option. The restore process take approximately one minute, after the SHP window closes you can restart the program, login again and verify that the database is now in the exact state it was in when the backup/restore point was created. 30 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.3.3 BACKGROUND MAPS Background Maps The Background Maps tool allows the user to choose an online worldwide map to be displayed as background map towards facilitate data visualization and especially planning. These maps will provide you a detailed and updated source of geographic data. This tool provides you access to four online maps:  Google Satellite  Open Street Maps  Bing Roads  Bing Aerial These four maps have some similar information, however they have distinct features, hence you should find which map fits the best to your planning workstation. Figure 3.32 – Background Maps tool. To display a background map, use the combo box (Figure 3.32) in order to select the map that you want to display in the map canvas. This action will add the selected layer to your workstation. These maps will always appear on the bottom of the layers tree of you visualization. To remove the layer from the workstation use the combo box and select . 31 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.3.4 BASE MAPS Base Maps The Base Maps tool allows you to customize your planning workstation with relevant auxiliary geographic information for Small Hydropower Planning. This tool is designed for adding four types of data: 1. Administrative Boundaries  Islands  PLN Wilayah  Provinces  Regencies/Cities  NTT MMU Sula Districts  NTT MMU Villages 2. Electric Grid  Power Stations  Substations  Transmission Lines 3. Roads and Environment  Roads  River Network  River Basins  Geologic Map  Geologic Faults  Rainfall Gauge  Runoff Gauge  Forest Areas 4. Topographic Map Grid As previously mentioned this tool is designed for adding specific types of data that seemed fit to a planning workstation, nevertheless you can add any other data from the database that you find useful and/or relevant. To have access to all features in this tool, first you must click on the [Download] button. This will download all base layers to your PC, towards the improvement of the performance of data visualization. During the download process it will appear a progress bar showing the progress of the download, when this action is finished the progress bar will disappear and you can start adding layers to your workstation. 32 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Considering that most users will only have access to projects data of their own PLN Wilayah this tool provides a Filter by Island option that will influence the Administrative Boundaries, the Electric Grid and the Roads and Environment layers. To filter by Island, select which Island you want to restrict your data in the ‘Island Filter’ combo box. When the selection in the combo box is changed, all the Administrative Boundaries, Electric Grid, Roads and Environment layers are removed and the respective checkboxes are unchecked/removed, so it is recommended that you choose the filter first and then select which layers you want to add to your workstation to avoid having to select all the layers again if you had already selected them. By default the combo box is set as “All”, meaning that you will be able to see the data from all islands. To add to your workstation an Administrative Boundaries or Topographic Map Grid use the corresponding combo box and select the layer that you intend to add to your visualization. To remove the layers from the workstation use the combo box to select . To add to your workstation any Electric Grid, Roads, Environment, etc. layers, check the corresponding box. In these two types of data it is possible to have all layers displayed in the map canvas at the same time. To remove the layer from your map canvas, uncheck the corresponding box by clicking again in it. To add other maps from the GIS Database use the ‘Other Maps’ combo box, select the table you want to add and then press [Add Map]. Some of the tables in the public_shapes schema can be added in other options, therefore, in this specific option you will only be able to add the tables that are not in the previous options Towards an intuitive and easy visualization and understanding of all data added to your workstation, most layers have associated: symbols, scale visibility and forms (presented in Appendix 1). These layouts can be changed at any time. Figure 3.33 – Base Maps tool: before download files (left); after download files (right). 33 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II When you’re consulting the represented data in map canvas (by selecting for example), you are presented with a dialog that lets you visualize/edit the attributes for that feature. However, this dialog is not, by default, very intuitive. Therefore when the data is load to the map canvas it is associated to a defined layout that includes a customized intuitive form, to change the associated form: right click on the layer -> Properties -> Fields. You can also set another symbol to the layer in right click on the layer -> Properties -> Styles and change the scale visibility in right click on the layer -> Properties -> General -> Scale dependent visibility. 34 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.3.5 PLN SMALL HYDRO DATABASE PLN Small Hydro Database The PLN Small Hydro Database tool provides you access to the existing projects on your GIS Database. In this tool you can add and filter the spatial tables from the GIS Database to your workstation. This will complete your workstation composition and you will be ready for start small hydropower planning. This tool menu has three buttons:  Add Projects  Default Filters  Custom Filters To be able to click in one of this buttons you need to use the ‘Table’ combo box to select which projects table you intend to add to your map canvas or filter. After this selection the three buttons will be unlocked. To close the menu dialog press [Exit]. Any project in the database need three base information’s: the unique identifier (id), the location (geom) and the PLN Wilayah short name (pln_wilayah_short) where the project belongs. For that reason these information/columns are considered mandatory for all tables in the projects schema and if any table in this schema does not have these three columns it will not appear as an option for add to your planning workstation. Figure 3.34 – PLN Small Hydro Database tool. Note: As previously mentioned, Public users have some limitations on which projects they can have access to. These limitations are defined by the creation of public views, therefore for Public users, in this combo box will show only the tables that have public views created. The [Default Filters] and [Custom Filters] buttons will be locked in three different scenarios: (i) the logged in user has Public permission, (ii) the selected table do not have any project at all or do not have 35 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II any project in the user PLN Wilayah (iii) the selected table do not have the mandatory fields ( status, ipp_pln, inst_cap_mw, province). For that reason it is recommended that in this case you set your Projects layer filter in right click on the layer -> Filter. 1) Add Projects This option will add to your workstation the spatial table previously selected in the combo box. To add the Projects layer to the map canvas, first select which table you want to add and then click on [Add Projects] button. This action will bring up a new window notifying that the layer is added to your map canvas (Figure 3.35) and then press [Close] and you can continue your tasks. Figure 3.35 – Add projects success message. Note: To Admin and Edit users this option provide you access to editing your Projects data and therefore add new projects, delete the existing, change their status, etc. 2) Default Filters This option allows you to set some default filters in your Projects layer that will facilitate the visualization of your data. To apply a default filter to the Projects layer, first select which table you want to add/visualize and then click on [Default Filters] button. This action will bring up a new window (Figure 3.36) and in this window you can now set your default filters. The Default Filters option supports two different types of filters:  Location filter  PLN Wilayah  Province  Attribute filter  Size  Developer  Current Phase To filter by PLN Wilayah use the ‘PLN Wilayah’ combo box and select which PLN Wilayah you want to add to your map canvas by selecting the corresponding PLN Wilayah short name. In case you don’t 36 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II intend to set any filter by PLN Wilayah just select “All”. If you are an Edit or View user, this combo box will be locked and will be filled with your PLN Wilayah (defined when your user account was created by the Admin user). It should be noted that only the PLN Wilayah with projects, in the selected table, will appear in the combo box. In the ‘Province’ combo box will appear the existing provinces, with projects, in the PLN Wilayah, previously selected, or all provinces in case you have selected “All” in the ‘PLN Wilayah’ combo box. Only after you have selected both combo boxes (‘PLN Wilayah’ and ‘Province’) the [Done] button will be unlocked. In the attribute filters all radio buttons are checked by default. If you intend to exclude a determined type of information you must uncheck the corresponding radio button or check it if you intend to include it instead. You can apply any combination of these five filters. Figure 3.36 – Default Filters dialog. It is important to notice that the [Done] button will be locked if you uncheck all radio buttons associated to an attribute, thus you need to have at least one radio button checked for attribute to continue (to avoid applying filters that will result in no data). Figure 3.37 – Set default filters success message. To apply the filter press [Done], this action will remove the current Projects layer that you may have on your map canvas and will be added a new one with the selected filters. To cancel the operation press [Exit]. Once you pressed [Done] the filtered layer will be added to your workstation and will bring up a 37 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II new window notifying that the layer is added to your map canvas (Figure 3.37), press [Close] and you can continue your tasks. Example: Add to the map canvas all the small hydro projects currently in the planning phase that were developed by PLN in Java Barat province that belongs to DISJABAR PLN Wilayah. Figure 3.38 – Default filters example. 3) Custom Filters This option allows you to set custom filters in your Projects layer to facilitate your data visualization and planning. The purpose of this option is similar to the Default Filters option nevertheless, in Custom Filter, you will be able to apply filters without restrictions and with any required complexity by executing queries. Therefore you will be able to execute SQL queries against your projects database schema and then view the spatial output for queries by adding the results to your workstation as a query layer. Figure 3.39 – Custom Filters dialog. 38 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II To apply a custom filter in your Projects layer, first select which table you want to add/visualize and then click on [Custom Filters] button. This action will bring up a new window (Figure 3.39) that it is divided in four sections: the Column section (1), the Values section (2), the Operators section (3) and the Expression section (4). The Column section contains, in the combo box, all existing columns of the projects table so you will be able to search through any of them. To add an attribute/column to the expression, use the combo box (to select the column) and click [Add]. You can use the various fields, values and operators to construct the expression/query. The Values section lists the distinct values of an attribute/column. To list all possible values of an attribute, select the attribute in the Columns combo box and click [Add]. To add a value to the expression box, double click its name in the Values list. The Operators section contains all usable operators. To add an operator to the expression box, click in the appropriate button. Relational operators ( = , != , > , < , ≥ , ≤ ) and logical operators (AND, OR) are also available. The Expression section is where your filter expression will appear. The expression is editable nevertheless is recommended that you built the expression through the push buttons and list and not through typing. If you want to delete part or all the expression you can select the part of the expression that you intend to delete and press backspace/delete. To apply the filter press [Done], this action will remove the current Projects layer that you may have on your map canvas and will be added a new one with the selected filters. To cancel the operation press [Exit].Once you click [Done] this will bring up a new window indicating if the expression is valid or not (Figure 3.40), if the expression created by you is invalid because has no results, will appear a warning window with the message “This expression has no results. Please try again”. On the other hand if the expression is invalid because has syntax errors, will appear a warning window with the message “This expression has an error. Please try again”. And finally if the expression is valid will appear the information window with the message “Layer added to canvas”. In case your query turns out to be valid just press [Close]. On the other and if the query turns out to be invalid press [Close], delete your expression (or part it) and please try again. Figure 3.40 – Layer added to canvas information (left). Warning messages: expression has an error (middle) and expression has no result (right). 39 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Example: Add to the map canvas all the projects with inst. capacity under 2 MW, developed after 1990 in the province of Bali. Figure 3.41 – Custom Filters example. 40 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II 3.4 BACKUP SYSTEM For assure the security and integrity of all data in the GIS database, it is scheduled an automatic backup system. This backup system will allow you to restore the database to a previous day in case of need, for example, in case of data loss, etc. Therefore every week it is created a backup file, so the Admin user can restore the database in case it seems needed. The backup files created every week will be stored in the server during a period of three months (sixty days), after that the files will be automatically deleted. 41 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II APPENDIX 1 – DATA BASE STRUCTURE AND LAYERS LAYOUT 42 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II Table 3.5 – Public_shapes schema: existing tables and corresponding layers symbols Table name Description Symbol Scale Visibility (Max. – Min.) admin_00_islands* Island 1:2.000.000 – 1:0 admin_01_provinces* Provinces None admin_02_regencies* Regencies and Cities None admin_03_ntt_mmu_sula_districts NTT MMU Sula Districts None admin_04_ntt_mmu_villages NTT MMU Villages None admin_PLN_wilayahs* PLN Wilayah None elect_generation* Power Stations 1:2 000 000 – 1:0 elect_grid* Transmission Lines 1:8 000 000 – 1:0 elect_substations* Substations 1:2 000 000 – 1:0 gen_roads* Roads 1:8 000 000 – 1:0 geo_map* Geologic Map 1:16 000 000 – 1:0 geo_fault* Geologic Faults 1:4 000 000 – 1:0 hydro_rainfallgauges* Rainfall Gauge 1:2 000 000 – 1:0 hydro_runoffgauges* Runoff Gauge 1:2 000 000 – 1:0 gen_forest_areas* Forest Areas 1:16 000 000 – 1:0 hydro_riverbasins* River Basins 1:16 000 000 – 1:0 hydro_rivers* Rivers 1:16 000 000 – 1:0 43 ID.2016.R.006.1 – Annex II SMALL HYDROPOWER MAPPING AND IMPROVED GEOSPATIAL ELECTRIFICATION PLANING - INDONESIA SMALL HYDROPOWER MAPPING REPORT – ANNEX II hydro_water_bodies* Water Bodies 1:16 000 000 – 1:0 Table 3.6 – Projects schema: existing tables and corresponding layers symbols Table name Description Symbol Scale Visibility (Max. – Min.) comprehensive_compilation* Comprehensive compilation None list_most_promissing_sites* List of most promising sites None pln_shp_planning* PLN SHP planning None * Tables considered essential to this tool, therefore they cannot be deleted. 44 ID.2016.R.006.1 – Annex II ANNEX III – GIS AND ORDBMS TRAINING PRESENTATION AND MATERIALS Energy Sector Management Assistance Program (ESMAP) Small Hydropower Mapping in Indonesia GIS trainning ID.2015.A.002.0 Bernardo MENDONÇA, João GIL October 2015 1. SOFTWARE INSTALATION 2. INTRODUCTION TO GIS 3. QGIS SOFTWARE TRAINING 4. DATABASES EDITING AND OPERATION CURRENT CHALLENGES NEXT STEPS 1. SOFTWARE INSTALATION GIS INTRODUCTION QGIS SOFTWARE TRAINING DATABASES EDITING AND OPERATION CURRENT CHALLENGES NEXT STEPS 1. SOFTWARE INSTALATION: QGIS 2.10 4 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 1. In the main menu just start the setup 2. Change the path for the PostgreSQL configuration by pressing Next. installation or keep the default directory. 5 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 3. Change the path for the PostgreSQL data 4. Define password for the superuser or keep the default directory. (“postgres”). Keep in mind that this password can’t be recovered if lost. 6 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 5. Select the port number for your localhost 6. Keep the “Default locale” on the advanced server or keep the default port. options. 7 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 7. Press Next to start the installation. 8. Before pressing Finish select the Launch Stack Builder at exit option. 8 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 9. Select the PostgreSQL 9.3 option and press 10. Select the PostGIS 2.2 option under the Spatial Next. Extensions and press Next. 9 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 11. Confirm the selected packages (PostGIS 2.2) 12. Press Next to start the installation. and specify the download directory or keep the default path. 10 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 13. The PostGIS has a GNU – General 14. Don´t select the Create spatial Public License, describe at this step. Press database and just press Next. “I Agree”. 11 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 15. Choose Install location or keep the 16. Write the earlier defined password default path. for the “postgres” username and the server port number. 12 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 17. Press Yes on the three following boxes. 13 1. SOFTWARE INSTALATION: POSTGRESQL 9.3 18. Installation complete. Once the download and installation process has completed, Stack Builder will show a summary indicating any problems encountered. Press Close and then Finish to finish the Installation. 14 SOFTWARE INSTALATION 2. INTRODUCTION TO QGIS QGIS SOFTWARE TRAINING DATABASES EDITING AND OPERATION CURRENT CHALLENGES NEXT STEPS 2. Introduction to QGIS: What is a GIS? SISTEMA DE INFORMAÇÃO GEOGRÁFICA GIS A geographic information system (GIS) is a computer system for capturing, storing, checking, and displaying data related to positions on Earth’s surface. GIS can show many different types of data on one map. This enables people to more easily see, analyze, and understand patterns and connections between data. 16 2. Introduction to QGIS: What is a GIS? FUNCIONALIDADES DOS SIG Data storage using a small physical space; Storage/ It allows creating data by interacting with a geographical interface; No problem regarding detioration of data, in comparison with the traditional paper sheets; Organization of data Immediate access; It allows the replication of data with no loss of quality. Visualization of data It allows viewing any level of information; It allows you to create thematic maps according to custom settings. Dynamic and robust interaction between the user and data; Spatial queries It allows to access the properties of a particular object; It allows the identification of sites containing particular properties. Spatial analalisys Includes a set of functions capable to highlight particular hidden patterns. Tools for generating high quality maps; Geration of maps It allows an easy handling of coordinate grids; It allows a simple use of cartographic items (scale, legend, north, etc.). 17 2. Introduction to QGIS: What is a GIS? Question Identification of the problem and respective main ariables. Question ? Data Acquisition Collecting data in order to solve the question. This data may be collected from a number of sources: online databases, in-site measuremets or “from scratch”. Processing Data the solution Acquisition Exploring data Exploring the geographical data with a suitable symoblogy. Analysis Analysis of the given data and specification of the methodology to approach the Exploring Analysis data problem. Processing the solution Generation of thematic maps which will act as a “bridge” between the analyzer and the source. 18 2. Introduction to QGIS: Type of information handled. In a GIS the information is encoded and represented through data models with spatial location, geo-referencing and a set of quantitative and qualitative descriptors. The representation of geographic features may have a vector or raster format. Vectorial Raster In the vector data model space is occupied by A spatial data model that defines a series of objects (points, lines and polygons), space as an array of equally sized described by their properties and mapped cells arranged in rows and columns. according to a geographic coordinate system. Each cell contains an attribute value and location coordinates. Each point feature is represented as a single coordinate pair, while line and polygon features are represented as ordered lists of Cell values vary continuously to form vertices. a surface. It is assumed that the value assigned to each cell is what is Vector models are useful for storing data that found at the center of the cell. has discrete boundaries, such as country borders, land parcels, and streets. 19 2. Introduction to QGIS: Type of information handled. PROCESSING DATA IN A GIS A GIS organizes and stores the information in a particular area or region as collection of thematic layers that can be linked geographically. Layers Roads Each layer contains similar features (of the same type: points, lines and polygons) that share the same geographic extent, coordinate system and attributes. Hydrology Occupation of soil Geology 20 2. Introduction to QGIS: Type of information handled. BASIC CONCEPTS: FEATURES, ATTRIBUTES AND LAYERS Feature It is a geographic object on a map, which can be stored as points, lines or polygons. Attribute Information on a feature, usually stored in a table associated with a unique identifier. Layer Representation of geographic data on the map; It shows a set of geographic data that is connected by attributes; Includes definition on how the data appears on the map. 21 2. Introduction to QGIS: The main functions of GIS. Intersect Union Computes a geometric intersection of the input features. Features or Computes a geometric intersection of the Input Features. All features portions of features which overlap in all layers and/or feature classes will be written to the Output Feature Class with the attributes from the will be written to the output feature class. Input Features, which it overlaps. Buffer Dissolve Creates buffer polygons around input features to a specified distance. Aggregates features based on specified attributes. An optional dissolve can be performed to combine overlapping buffers Voronoi Table joins Joins a table view to a layer (or a table view to a table view) based on a Creates a Voronoi diagram in current region from an input vector map common field. containing points or centroids. The records in the Join Table are matched to the records in the input layer or table view. A match is made when the input join field and output join field values are equal. This join is temporary. 22 2. Introduction to QGIS: the “Menu Bar” The “Menu Bar” provides access to various QGIS features using a standard hierarchical menu. 23 2. Introduction to QGIS: the “ Tool Bar” The “Tool Bar” provides access to most of the same functions as the menus, plus additional tools for interacting with the map. 24 2. Introduction to QGIS: the “File Bar” The “File Bar” includes the main options of the “Project” tab on the “Menu Bar”. One is able to create/add new projects or save current projects. This bar also provides access to layout capabilities. 25 2. Introduction to QGIS: the “View Bar” The “ View Bar” allows to access different options on viewing layers’ contents. These options include zooming in and out and also zooming to a specific selection of features or extent. 26 2. Introduction to QGIS: the “Attribute Bar” The “Attribute Bar ” gives access to the layers’ attributes and allows numerical/logical operations with those attributes. Using this bar also allows to select and view shape’s attributes while navigating in the canvas. Other functionalities include measurement of areas and lengths on the map canvas. 27 2. Introduction to QGIS: the “Layers’ Manager Bar” The “Layers’ Manager Bar ” allows to add different types of layers (vectorial, raster, WMS…) and create new shapefiles. Through this bar it is also possible to connect to any GeoSpatial database. 28 2. Introduction to QGIS: the “Status Bar” The “Status Bar” gives information (coordinates) on the position in the map canvas. It also shows the current scale and rotation angle of the canvas. Information regarding the Coordinate Reference System is also available on the right side of the bar. 29 SOFTWARE INSTALATION GIS INTRODUCTION 3. QGIS SOFTWARE TRAINING DATABASES EDITING AND OPERATION CURRENT CHALLENGES NEXT STEPS 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) Tutorial 1 Exercise: Create a shapefile, add some points and calculate the respective coordinates. • Create a vectorial shapefile; • Insert new features; • Use the field calculator; 31 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) 1 1. Install OpenLayers plugin by clicking “Plugins” on the 2 “Menu Bar”. The plugins’ box will pop-up. 3 2. Search for “OpenLayers” and select the “OpenLayers Plugin”. 3. Click “Install plugin” and close the “Plugins” box. 4 4. Now let’s add a basemap to the canvas. Click “Web” on the “Menu Bar”, followed by “OpenLayers Plugin”, “Google Maps” and finally “Google Sattelite”. 32 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) 6 5. Create a new layer by clicking the “New Vector Layer ” on the “Layers’ Manager Bar” on the right side of the GUI. 6. Now add some new atribute fields. Type “Lat ” on 5 name and select “Decimal Number ” on type. Press “Add to atribute list ” and repeat this procedure to the atribute “Long”. Press “Ok”. 7. Now type “Houses_Jak” on the name field and select “ESRI shapefile” as file type. 7 33 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) 8 8. Now zoom in the “Google Sattelite” layer anywhere in Jakarta. Use the “Zoom in” and “Pan Map” options on the “View Bar” 9 9. Let’s add some new points to the shapefile. Select the layer “Houses_Jak” on the “Layers’ Manager” and press the “ Toogle Editing” button, followed by the “Add Feature” button. 10. Now click on top of some buildings to add points. Press the “Toggle Editing” button when finished and 10 save changes. 34 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) 11 11. Let’s finish by calculating the coordinates of the new points. Right click on “Houses_Jak” layer a press “Open Attribute Table”. 12 12. Click the “Open Field calculator” and a new box will pop-up. 35 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) 13. Now calculate the latitude and longitude of the points by ticking the checkbox “Update existing field”, 13 followed by selecting the field “Lat ” on the combo box. Finally, search for the function “Geometry” -> “$y” and double-click it. Press “ok”. 14. Repeat the last step for the attribute “Long”. Instead of using the “$y” function, use the “$x” function. The “Attribute Table” should now look as follows: 36 3. QGIS software training: Tutorial 1 (creating and editing shapefiles) Let’s practise: 1. Create a shapefile (type: lines) with an attribute named “Length”. Add some features to the layer that represent parts of roads in Jakarta. Use the OpenLayers plugin to help you. When finished, calculate the length of the roads by accessing the field calculator in the “Attribute Table”. Right click on the layer and press “Layer properties”, followed by “Style”. You may now specify the colour and the width of your lines. 2. Create a shapefile (type: polygons) with an attribute named “Area”. Add some features to the layer that represent green spaces in Jakarta. Use the OpenLayers plugin to help you. When finished, calculate the area of the polygons by accessing the field calculator in the “Attribute Table”. Use the “Mesure” tool on the “Tool Bar” to confirm the area given in the “Attribute Table”. 37 3. QGIS software training: Tutorial 2 (creating a map) Tutorial 2 Exercise: Create a map with the standard elements: labels, scale bar and north arrow. • Create a map; • Define the basic properties of the features; • Add a scale bar; • Add a north arrow. 38 3. QGIS software training: Tutorial 2 (creating a map) 1 1. Load the layers “Java”, “Java_Pol”, “railways_proj” and “water_areas” from the folder “…/tutorial 2/shapefiles/”. 2 2. To start creating a map go to “Project” on the “Menu Bar”, followed by “New Print Composer”. 39 3. QGIS software training: Tutorial 2 (creating a map) 3 3. Edit the layout of the layers. Right click on top of the “Roads” layer, followed by “Style”. On the active tab select the outer line, set the “Pen width” to 0,4 and the colour to black. 4. Repeat the last step for the other layers or load the styles on the tab “Style”. For loading styles go to the folder “…/tutorial 2/styles” and load any “*.qml” file. 3 40 3. QGIS software training: Tutorial 2 (creating a map) 3 3. On the dialog box poping-up click “Add” and define the composer’s name on the second dialog box. 4. Add two new Views. Go to “Layout” on the “Menu 4 Bar”, followed by “Add Map”. Repeat the last step for the second map. Map 1 Map 2 41 3. QGIS software training: Tutorial 2 (creating a map) 5 5. Define the frame of each map. Select any map and go to “Item properties” on the right panel. Go to the tab “frame” and set the colour to black and the “Thickness” to 0,30mm. 6. Press the icon “Move item content”, on the left bar, to 6 adjust the content of each map to the window. 7 7. Set the scale on each map by accessing the tab “Item Properties”, followed by “Main Properties” on the right side panel. 42 3. QGIS software training: Tutorial 2 (creating a map) 8 8. Go to the “Layer’s Panel” and unselect the the three layers “roads”, “Water_areas” and “railways_proj”. 9. Add a scale bar to the map. Go to “Layout”, followed by 9 “Add Scalebar”. 10. Now let’s add a north arrow to the map. Select “Layout”, 10 followed by “Add Image”. On the image properties go to “Search directory” and select a north arrow. 11. In order to add a title, select “Layout” followed by “Add 11 label”. 43 3. QGIS software training: Tutorial 2 (creating a map) 12. Finally add a legened by selecting “Add layout”, followed 12 by “Add Legend”. Adjust the font and the size of labels on the panel. 44 3. QGIS software training: Tutorial 3 (the basic geoprocessing tools) Tutorial 3 Exercise: Obtain a vectorial shapefile that contains schools not farther than 500m from railways or not farther than 100m from any point of interest. • Add existing shapefiles; • Intersect function; • Merge function; • Buffer function; • Dissolve function. 45 3. QGIS software training: Tutorial 3 (the basic geoprocessing tools) 1 1. Firstly add the three shapefiles containing the schools, railways and points of interest in Indonesia by clicking the “Add Vector Layer” button on the “Layers’ Manager Bar”. Location: …\tutorial 2\shapefiles (select the “.shp” file) 2. Apply the “buffer” function to the railway layer. Click the “ Vector ” option on the “Menu Bar”, followed by 2 “Geoprocessing tools” and “Buffer”. Tick “Buffer distance” and set a distance of 500m. Set the input vector layer as the railways. Finally, set the output file as “railways_buffer_500m” (for example). 3. Repeat the last step for the “Interest_Point ” layer and set a distance of 100m. Set the output file as “Points_buffer_100m” (for example). 46 3. QGIS software training: Tutorial 3 (the basic geoprocessing tools) 4. Use the “Intersect” function to obtain the schools not farther than 500m from railways. Go to the “Vector” 4 option on the “Menu Bar”, followed by “Geoprocessing Tools” and finally “Intersect”. Set “schools_proj” as input and “railways_buffer_500m” as intersect layer. Finally, set “schools_500m_railways” as the output layer. 5. Repeat the last step to obtain the schools not farther than 100m from “Points of Interest”. Set the output layer as “Schools_100m_PtsInterest”. 47 3. QGIS software training: Tutorial 3 (the basic geoprocessing tools) 6 6. Use “Merge” to obtain schools that meet at least one condition specified in 6 and 7. Go to “Vector” on the “Menu Bar”, followed by “Data Management Tools” and finally “Merge”. Select the layers obtained in steps 6 and 7 as inputs and “Schools_Union” as output. Do not forget to tick “Select by layers in the folder ”. 7. Use the function “Dissolve” to eleminate repeated features in the layer “Union_Schools”. Go to “Vector”, followed by “Geoprocessing Tools” and finally 7 “Dissolve”. Select “Union_schools” as the input layer and the “osm_id” for dissolve field. Set “Schools_Final_Result” as the output layer. Open the resulting “Table of Attributes”, you should have obtained 3796 schools. Use the “Measure Tool” to inspect the results. Remember that no school should be located closer than 100m from any point of interest or closer than 500m from any railway stretch. 48 3. QGIS software training: Tutorial 3 (the basic geoprocessing tools) Let’s practise: 1. Create a shapefile with schools not farther than 200m from railways and not farther than 200m from any point of interest. 2. Create a shapefile containing schools farther than 200m from railways and farther than 200m from any point of finterest (Tip: use the “Diference” function on “Vector” -> “Geoprocessing Tools” -> “Difference”). 49 3. QGIS software training: Tutorial 4 (the basic geometry tools) Tutorial 4 Exercise: Find the water-pump responsible for the outbreak of colera in 1854, in the district of Soho, London (the John Snow’s case study) • Add existing shapefiles; • Create Voronoi polygons; • Count features; 50 3. QGIS software training: Tutorial 4 (the basic geometry tools) 1 1. Firstly add the three shapefiles containing the deaths and the pumps in the district of Soho, London, by clicking the “Add Vector Layer” button on the “Layers’ Manager Bar”. Location: …\tutorial 3\shapefiles (select the “.shp” file). 2 2. Now add a basemap to the canvas. Click “Web” on the “Menu Bar”, followed by “OpenLayers Plugin”, “Google Maps” and finally “Google Streets”. 51 3. QGIS software training: Tutorial 4 (the basic geometry tools) 3 3. Create the Voronoi polygons associated with the pumps in the district of Soho, London. Go to “Vector” on the “Menu Bar”, followed by “Geometry Tools” and “Voronoi Polygons”. Set “pumps_gcs” as the input layer and “pumps_voronoi” as the output layer. 4. Activate the Toolbox. Right click on the “Menu Bar” 4 followed by “Toolbox”. 5 5. Search for “Count” and click the “Count points in polygon ” function. 52 3. QGIS software training: Tutorial 4 (the basic geometry tools) 6. Count the number of deaths associated with each polygon. On the “Count points in polygon” box, set “pumps_voronoi” as the polygon layer and “deaths_gcs” as the point layer. Let “Count field 6 name” and “Count” as default. 53 3. QGIS software training: Tutorial 4 (the basic geometry tools) Let’s practise: 1. Load the “WaterBasin” and the “ Temp_Stations” layers. Use the Voronoi polygons to estimate the mean temperature in the water basin. Steps: - Create the Voronoi polygons’ layer associated with the temperature stations; - Intersect the Voronoi Polygons with the water basin; - Add a field to the attribute table of the Voronoi polygons and calculate the respective area of each polygon; - Use the field calculator to obtain the product between the mean temperature and the area; - Export the table to a CSV file and obtain the mean temperature. 54 3. QGIS software training: Tutorial 5 (the basic data management tools) Tutorial 5 Exercise: Create a shapefile from a CSV file and join some attributes to the respective layer. Filter the layer and obtain the villages with more than 10.000 habitants and generate the respective KML file. • Create a shapefile from a CSV filke; • Join attributes to an existing layer; • Filter some data; • Generate a Google KML file. 55 3. QGIS software training: Tutorial 5 (the basic data management tools) 1 1. Create a shapefile from a TXT file. Go to “Layer” on the “Menu Bar”, followed by “Add Layer” and “Add Delimited Text Layer…”. 2 2. On the dialog box poping-up browse the file “…/tutorial 4/Coordinates.txt”. On “File format” select “Cutom Delimiters” and select “Tab”. On “Geometry Definition” select “Point coordinates”, set the X field as “Long” and the Y field as “Lat”. 56 3. QGIS software training: Tutorial 5 (the basic data management tools) 3 3. Now add a table with no geometry to the “Layers’ Manager”. Go to “Layer” on the “Menu Bar”, followed by “Add Layer” and “Add Delimited Text Layer…”. Browse the file …/tutorial 4/CSV/Add_fields.txt”. Set the delimiter as “Tab” and select “no geometry” on geometry definition. 4. Now, right click on the “Coordinates” layer , followed 4 by “Properties” and go to the “Join” tab. Set the “Join layer” as “Add_Fields”, the “Join Field” as “ID_Join” and the “Target field” also as “ID_Join”. 57 3. QGIS software training: Tutorial 5 (the basic data management tools) 5. Now save the join as a new layer. Right click on the 5 “Coordinates layer” and “Save as…”. 6. Browse the “…\tutorial 4” folder and choose a name for the file. Set the “Format” as “ESRI Shapefile”. 7. Repeat the last two steps saving the “Coordinates” 6 layer as “Keyhole Markup Language” type. 58 SOFTWARE INSTALATION GIS INTRODUCTION QGIS SOFTWARE TRAINING DATABASES EDITING AND OPERATION CURRENT CHALLENGES NEXT STEPS 4. DATABASES EDITING AND OPERATION: WHAT IS POSTGRESQL?  PostgreSQL is an object-relational database management system (ORDBMS) based on POSTGRES, Version 4.2, developed at the University of California at Berkeley Computer Science Department. POSTGRES pioneered many concepts that only became available in some commercial database systems much later.  PostgreSQL is a powerful, open source ORDBMS. It has more than 15 years of active development and a proven architecture that has earned it a strong reputation for reliability, data integrity, and correctness.  PostgreSQL runs on all major operating systems, including Linux, UNIX (AIX, BSD, HP-UX, SGI IRIX, Mac OS X, Solaris, Tru64), and Windows.  Due to the liberal license, PostgreSQL can be used, modified, and distributed by anyone free of charge for any purpose, be it private, commercial, or academic. 60 4. DATABASES EDITING AND OPERATION: WHAT IS POSTGRESQL? PostgreSQL is an open-source descendant of this original Berkeley code. It supports a large part of the SQL standard and offers many modern features:  Foreign keys;  Triggers;  Updatable views;  Transactional integrity;  Multiversion concurrency control. Also, PostgreSQL can be extended by the user in many ways, for example by adding new:  Data types;  Functions;  Operators;  Aggregate functions;  Index methods;  Procedural languages. 61 4. DATABASES EDITING AND OPERATION: BASICS OF POSTGRESQL 1. Open the pgAdmin III software, and add a connection by pressing 2. Name: Define the name you want for your server connection; 3. Host: Write down the Server Internet Protocol address (IP address); 4. Port: Select the Server Port number; 5. Service: Don’t need to fill; 6. Maintenance DB: Keep the default username; 7. Username: Write down your username in the Server; 8. Password: Write down your password in the Server and unselect Store password. 9. Press OK to add the Server connection. 62 4. DATABASES EDITING AND OPERATION: BASICS OF POSTGRESQL Schema: Contain tables, including data types, functions, and operators. The same object name can be used in different schemas without conflict. Unlike databases, schemas are not rigidly separated: a user can access objects in any of the schemas in the database he is connected to, if he has privileges to do so. There are several reasons why one might want to use schemas:  To allow many users to use one database without interfering with each other.  To organize database objects into logical groups to make them more manageable.  Third-party applications can be put into separate schemas so they do not collide with the names of other objects.  Schemas are analogous to directories at the operating system level, except that schemas cannot be nested. 63 4. DATABASES EDITING AND OPERATION: Login Roles 1. Right click on the Login Role; 3. On the Properties tab define the Role name (Username); 2. Select New Login Role...; 4. On the Definition tab define the Password, the account expiration date (Account expires) and the number of possible connections to the server with that username (Connection limit). 64 4. DATABASES EDITING AND OPERATION: Login Roles 5. On the Role priveleges tab define the new 6. On the Role membership tab select the group roles that login role priveleges; the new login role will be a member; 7. Finally, create the new login role by pressing the OK button. 65 4. DATABASES EDITING AND OPERATION: IMPORTING DATA INTO POSTGRE 1. Right click on the table where you want to import the data; 2. Select Import...; 3. On the File Options tab define filename path, format (preferable csv) and the Enconding (preferable UTF8); 4. On the Misc. Options tab select the Header option if your file has a header, and chose the file delimiter; 5. Press Import button. 66 3. DATABASE EDITING AND OPERATION: THE POSTGIS EXTENSION PostGIS is a spatial database extender for PostgreSQL object-relational database. It adds support for geographic objects allowing location queries to be run in SQL. 67 3. DATABASE EDITING AND OPERATION: THE POSTGIS EXTENSION QGIS allows the interaction with PostGreSQL through two different plugins: The SPIT tool: The Database Manager plugin: 68 3. DATABASE EDITING AND OPERATION: THE POSTGIS EXTENSION PostGreSQL also allows to import/export shapefiles from/to QGIS, through the POSTGIS extension: 69 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN However GESTO offers a more user friendly solution and specifically directed to the PLN’s database, in comparison with both Database Manager and SPIT plugin. … The PLN plugin Developed in a Python environment… Loadable into QGIS… 70 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN The PLN plugin (developed in Python) is loadable into QGIS and may be accessed by pressing an icon on the QGIS’s “Menu Bar”. 71 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN Log in to the database: 72 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN The background features/maps: Administrative boundaries The background features Maps loadable from the OpenLayers plugin 73 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN The projects’ tab: Labels Auto-exclusion Phase of the Admin vs PLN project staff/public 74 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN The rainfall and run-off gauges’ tab: Auto-exclusion Auto-exclusion Labels Labels 75 3. DATABASE EDITING AND OPERATION: THE PLN PLUGIN Future improvements: A fourth tab: the electric grid Export to Export to a Google KML CSV file 76 Energy Sector Management Assistance Program (ESMAP) Small Hydropower Mapping in Indonesia Database Management Training ID.2017.A.002.0 Jorge ANDRÉ, Bernardo MENDONÇA February 2017 INTRODUCTION SOFTWARE INSTALLATION DATABASE ADMINISTRATION PLUG-IN OPERATION INTRODUCTION INTRODUCTION USER’S MANUAL SOFTWARE • INSTALLATION REQUIREMENTS INSTALLATION • AUTHORIZATION • CONNECTION SETTINGS DATABASE • USERS MANAGEMENT ADMINISTRATION • DATA MANAGEMENT • BACKUP AND RESTORE • BASE MAPS PLUG-IN • SHP DATA OPERATION • USER’S SUPPORT ID.2017.A.002.0 4 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING SOFTWARE INSTALLATION SOFTWARE INSTALLATION REQUIREMENTS QGIS doesn’t have a formal system requirement per se. However we recommend the following installation requirements for proper use and installation of the software: • Processor: Intel I3 2 cores @2GHz (or superior) • RAM: 4 GB (or superior) • Hard Disk: 320 GB or superior (2GB minimum of free space) • Operation System: Windows 7 or Windows 8 • Access to PLN server To start the installation process, run SHPDatabase.exe. ID.2017.A.002.0 6 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING SOFTWARE INSTALLATION AUTHORIZATION For security reasons it is recommended that the software is installed by the System Administrator. If that’s not the case, after software installation: 1. Go to your installation folder; 2. Right click on the folder “SHPDatabase” and then go to “Properties”; 3. Choose “Security” tab; 4. Select your PC group of users on the first part of the window “Group and user names”; 5. Click “Edit” (it will require the PC Administrator credentials); 6. Select the option “Full Control”; 7. Press “OK”. ID.2017.A.002.0 7 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING GIS DATABASE DATABASE ADMINISTRATION CONNECTION SETTINGS LOGIN The Login tool allows the user to login and logout to the GIS Database and to define connection settings. Server and Port default values are the ones specified by PLN. It should be reminder that the database user must have a VPN connection set by PLN. ID.2017.A.002.0 9 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING DATABASE ADMINISTRATION USERS MANAGEMENT Database Administration Note: This tool will only be unlocked to Admin users therefore only this group of users will be able to manage the GIS Database for national information on Small Hydropower Planning. Users • Permission unrestricted restricted ID.2017.A.002.0 10 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING DATABASE ADMINISTRATION DATA MANAGEMENT Database Administration Edit ‘Public’ view • In this option you can define which columns can be displayed from the projects table to the users with 'Public' permission. Import • In this option you can import data to the GIS Database by creating new tables or by adding data to existing tables. This allows you to import in two different file formats, CSV or Shapefile. Export • In this option you can export any existing table in three different formats, CSV, Shapefile or KML. Edit • In this option you can add, edit and delete features of any existing table with or without geospatial information. Delete • In this option you can delete any existing table from the GIS Database. ID.2017.A.002.0 11 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING DATABASE ADMINISTRATION BACKUP AND RESTORE Database Administration Backup System • For assure the security and integrity of all data in the GIS database, it is scheduled an automatic backup system. Therefore every week it is created a backup file that will be stored in the server during a period of three months (sixty days), after that the files will be automatically deleted. Restore point • Restore points are created to allow users a choice of previous system states and usually these restore points are created before key changes are made to the system. So in this option you can create a restore point whenever it seems necessary, nevertheless there is only one restore point, thus if you create a new restore point, this will replace the previously created restore point. ID.2017.A.002.0 12 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING PLUG-IN OPERATION PLUG-IN OPERATION SHP DATA PLN Small Hydro Database PLN Small Hydro Database The PLN Small Hydro Database tool provides you access to the existing projects on your GIS Database. The [Default Filters] and [Custom Filters] buttons will be locked in three different scenarios: • the logged in user has Public permission, • the selected table do not have any project at all or do not have any project in the user PLN Wilayah; • the selected table do not have the mandatory fields (status, ipp_pln, inst_cap_mw, province). Default filters This option allows you to set some default filters in your Projects layer that will facilitate the visualization of your data, based on: • Location filter • Attribute filter • PLN Wilayah • Size • Province • Developer • Current Phase ID.2017.A.002.0 14 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING PLUG-IN OPERATION BASE MAPS Base Maps highlights This Plug-in structure is meant to ease the SHP data analysis throughout the display of basic info. The necessary download of the base layers to your PC has the ultimate goal of data visualization performance improvement. All new tables imported to the public_shapes scheme of the GIS Database will be exposed on the Other Maps combo box to allow map display. ID.2017.A.002.0 15 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING PLUG-IN OPERATION USER’S SUPPORT GIS TRAINING FROM OCTOBER, 2015 • Introduction to GIS • QGIS software training with exercises and tutorials • Database editing and operation: Basics of PostgreSQL CONSULTANT CONTACTS: ONLINE SUPPORT: QGIS Users Guide |https://docs.qgis.org/2.14/en/docs/user_manual QGIS Home site | http://www.qgis.org www.gestoenergy.com | hydro@gestoenergy.com QGIS Tutorials | http://www.qgistutorials.com ID.2017.A.002.0 16 DATABASE MANAGEMENT TRAINING - SMALL HYDROPOWER MAPPING THANK YOU FOR YOUR ATTENTION ANNEX IV – IPP’S SHP LIST CAPACITY ISLAND SMALL HYDRO IPP PROJECT NAME STATUS (MW) JAWA Perum Jasa Tirta 1 PLTM Lodagung Unknown 1.3 PT. Adhisatya Energy PLTM Damar Under Construction 2.1 PT. Adi Banuwa PLTM Kunci Putih Unknown 1.0 PT. Alsera Sinergi PLTM Cikaengan Unknown 3.0 PT. Arkora Hydro PLTM Cikopo 2 Unknown 5.6 PT. Bangun Bumi Bersatu PLTM Karang ropong Unknown 6.0 PT. Banyu Cipta Energi PLTM Nagajaya Unknown 6.0 PT. Banyu Daya Perkasa PLTM Lebak Tundun Unknown 8.0 PT. Berkah Tirta Energi PLTM Ciasem Unknown 3.0 PT. Bias Petrasia Persada PLTM Cicatih Unknown 6.4 PT. Bioenergi Inti Guna PLTM Kanzy 5 Unknown 5.0 PT. Bumi Powerindo PLTM Kalapa Nunggal Unknown 3.0 PT. Cahaya Semesta Energi PLTM Pageruyung Unknown 4.4 PT. Central Asia Invesment PLTM Pandan Laras 2 Unknown 7.4 PLTM Pandan Laras 3 Unknown 2.2 PT. Chiron Energy PLTM Cikawung Atas Unknown 5.6 PLTM Cikawung Bawah Unknown 2.5 PT. Cikaengan Tirta Energi PLTM Cikaengan 2 Unknown 7.2 PT. Cisungsang Hydro PLTM Cisungsang 2 Unknown 3.0 PT. Daya Anugerah Nusantara PLTM Sukamaju Unknown 7.5 PT. Emuri Indoenergi Pratama PLTM Serayu Unknown 8.6 PT. Energy Puritama PLTM Semawung Unknown 0.6 PT. Euro Hydro Power Persada Indonesia PLTM Balelo Unknown 4.4 PLTM Jompo 1 Unknown 2.1 PLTM Jompo 2 Unknown 3.2 PLTM Ketajek Unknown 3.3 PT. GE Strategic PLTM Binangun Unknown 3.8 PT. Hidro Rizki Ilahi PLTM Lebak Barang Unknown 7.0 PT. Impha Nusantara Mandiri PLTM Cisiih Cimandiri Unknown 8.0 PT. Inti Cipta Energi PLTM Cilaki Unknown 5.4 PT. Inti Jaka Laksana PLTM Jatisari Unknown 5.0 PT. Jascleans Hydro Power PLTM Bulakan Unknown 7.0 PT. Jaya Dinamika Geohidroenergi PLTM Cianten 1 Unknown 2.0 PLTM Cianten 2 Unknown 5.0 PLTM Cianten 3 Unknown 5.8 PT. Kanz Capital PLTM Kanzy 1 Unknown 2.3 PT. Kreasi Mini Hidro PLTM Cileat Unknown 5.2 PT. Lima Energi Lestari PLTM Pesantren 1 Unknown 1.8 PT. Mahija Kastara Hita PLTM Caringin Unknown 4.3 PT. Mandala Pratama Energi PLTM Rakit Unknown 0.5 PT. Manha Daya Mandiri PLTM Cibuni Mandiri Unknown 2.0 PT. Mega Indo Energy PLTM Banyumlayu Unknown 0.5 PT. Metaphora Andalan Utama PLTM Kerta Mukti Unknown 6.3 PT. Naluri Energi Utama PLTM Kincang Completed 0.3 PLTM Logawa - Sunyalangu Completed 2.0 PLTM Singgi Unknown 0.2 PT. Pembangkitan Pusaka Parahiangan PLTM Pusaka 1 Under Construction 8.8 PLTM Pusaka 3 Under Construction 3.0 Annex IV – Ipp’s SHP List 1 CAPACITY ISLAND SMALL HYDRO IPP PROJECT NAME STATUS (MW) PT. Pengada Listrik Tirta Anugrah PLTM Bendosari Under Construction 4.0 PT. Perkebunan Nusantara XII PLTM Zeelandia Unknown 2.1 PT. Persada Karya Tama PLTM Danawarih Unknown 0.3 PLTM Timbangreja Unknown 0.4 PT. Putra Karya Cahaya Terang PLTM Ciarinem Unknown 3.0 PT. Putra Tirta Nusantara PLTM Karekan Unknown 6.1 PT. Renerpha Energi Utama PLTM Ciherang Unknown 1.8 PT. Republika Mandiri Energi PLTM Cikandang Unknown 6.0 PT. Rumeksa Power PLTM Banjaran Kebonmanis Completed 2.2 PLTM Logawa - Baseh Under Construction 1.9 Karangpelem PLTM Logawa Babakan Completed 1.3 PT. Saksama Cipta Daya PLTMH Kombongan Unknown 1.9 PLTMH Sindang Cai Unknown 0.9 PT. Sangsaka Hidro Barat PLTM Cibalapulang 3 Unknown 9.0 PT. Sangsaka Hidro Lestari PLTM Cibareno Completed 3.0 PLTM Cisimeut Completed 2.0 PT. Sumarah Energi PLTM Logawa Unknown 2.9 PT. Sumber Agung Wibowo Kusumo PLTM Jimat Unknown 0.5 PT. Tekindo Kerja Lestari PLTM Pagerpelah Unknown 3.1 PT. Tirta Energindo PLTM Cibatarua Panyairan Unknown 8.2 PT. Tirta Gemah Ripah PLTM Cirompang Unknown 8.0 PT. Tirtamukti Lestari PLTM Cibuni Unknown 3.2 PT. Tjahaja Elektrik PLTM Cilayu Kulon Unknown 5.2 PT. Toblong Hydro Power PLTM Toblong Unknown 6.0 PT. Tridegra Power PLTM Bojong Cisono Unknown 1.5 PT. Wahana Cipta Energi PLTM Cidano Unknown 1.5 Wiratman & Associates PLTM Dadapayam Unknown 2.9 MALUKU PT. Gistec Prima Energindo PLTM Sapalewa Unknown 8.0 PT. Goal Bangun Energy PLTM Goal Unknown 2.0 NUSA PT. Arena Hidro Energi PLTM Wanokaka 2 Unknown 0.7 TENGGARA PT. Arena Maju Bersama PLTM Lapopu-Wanakaka Completed 1.6 PT. Gistec Prima Energindo PLTM Tukad Daya Unknown 2.1 PLTM Wae Lega Unknown 1.8 PT. Henindo Harunda PLTM Harunda Unknown 1.5 PT. Henindo Power Waeroa PLTM Waeroa Unknown 0.4 PT. Panji Muara Raya PLTM Muara Unknown 1.4 PT. Pilar Informasi PLTM Sita Unknown 1.0 PT. Sapta Bali Energi PLTM Sambangan Unknown 1.9 PT. Suar Investindo Capital PLTM Brang Rea 1 Unknown 2.5 PLTM Brang Rea 2 Unknown 3.8 PLTM Segara 1 Under Construction 2.6 PLTM Segara 2 Under Construction 4.1 PT. Sumber Daya Investasi PLTM Koko babak Unknown 2.3 PLTM Sedau Unknown 1.3 PT. Tirta Daya Mandalika PLTM Pringgarata Unknown 0.3 PT. Tirta Daya Rinjani PLTM Sesaot Unknown 1.0 PT. Tirta Daya Rinjani Lingsar PLTM Lingsar Unknown 4.0 Annex IV – Ipp’s SHP List 2 CAPACITY ISLAND SMALL HYDRO IPP PROJECT NAME STATUS (MW) PT. Tirtadaya Lombok PLTM Karang Bayan Unknown 1.3 PT. Tirtadaya Rijani PLTM Batu Bedil Unknown 0.6 SULAWESI Perusahaan Daerah Kota Palopo PLTM Bambalu Unknown 0.3 PT ARKORA SULAWESI SELATAN PLTM Tomasa PPA 10.0 PT BUMINATA CITA BANGGAI ENERGI Hanga-hanga Completed 2.0 Kalumpang Unknown 1.3 PT CIPTA DAYA NUSANTARA Mobuya Unknown 3.0 PT Fajar Futura Energi Luwu Ranteballa Unknown 2.4 PT LAMBANGAN ENERGI UTAMA Lambangan Unknown 3.0 PT Malea Energy Malea (Excess Power) Unknown 6.7 PT Mappung Hydropower Mappung Unknown 0.3 PT Nagata Dinamika Hidro Madong Madong PPA 10.0 PT SAKITA HYDROPOWER Sakita (Mampueno) Unknown 2.0 PT Sangsaka Hidro Kasmar Baliase Completed 9.0 PT Simbuang Hydro Power Simbuang Unknown 3.0 PT Siteba Energy Siteba Unknown 7.5 PT Sulawesi Indo Energy Belajen Under Construction 8.3 PT Sulawesi Mini Hydro Power Tangka/Manippi Unknown 10.0 PT Ussu Hydro Power Ussu Malili Under Construction 3.0 PT. Alani Energi Utama PLTM Alani PPA 7.0 PT. Anoa Hydro Power PLTM Saluanoa Completed 2.0 PT. Ario Bintang Energi PLTM Pidung Unknown 2.0 PT. Arkora PLTM Yaentu Unknown 10.0 PT. Arkora Hydro PLTM Tomoni Unknown 10.0 PT. Bambalo Energi Niaga PLTM Bambalo 2 Unknown 1.8 PT. Bangun Cahaya Lestari PLTM Lobu Unknown 5.0 PT. Benteng Malewang PLTM Benteng Malewang Unknown 5.2 PT. Bone Bolango Energi PLTM Bone Unknown 7.4 PT. Brantas Energi PLTM Kadundung Unknown 3.2 PT. Brantas Prospek Energi PLTM Maiting Hulu 2 Unknown 8.0 PT. Bukit Tinoring Raya PLTM Bengkoli Unknown 2.5 PT. Bumi Gemilang Prima PLTM Bongkasoa-Simpoyo Unknown 1.4 PLTM Sabuku Unknown 6.0 PT. Bumi Sinar Energi PLTM Paranonge Unknown 5.0 PT. Buminata Energi Perkasa PLTM Tomata Unknown 10.0 PT. Central Power Indonesia PLTM Dako Unknown 1.4 PT. Citacontrac PLTM Bontotene Unknown 1.0 PT. Energi Powerindo Jaya PLTM Tabong Unknown 7.0 PT. Energy Persada Bersama PLTM Patikala Unknown 6.0 PT. Eremerasa Makmur PLTMH Eremerasa Unknown 1.3 PT. Erlangga Sinergi Utama PLTM Batu No Botak Unknown 5.0 PT. Fajar Futura Energi Luwu PLTM Kondongan Unknown 3.5 PLTM Pongbatik Under Construction 3.0 PT. Ganesha Kencana Sakti PLTM Biak PPA 4.0 PT. Globalindo Energi Indonesia PLTM Sampaga Unknown 1.2 PT. Great Colour Energy PLTM Bungin 3 Under Construction 5.0 PT. Hadji Kalla PLTM Siteba 2 Unknown 9.8 PT. Haji La Tunrung L & K Bungin Unknown 3.0 Annex IV – Ipp’s SHP List 3 CAPACITY ISLAND SMALL HYDRO IPP PROJECT NAME STATUS (MW) PLTM Bungin 2 Unknown 10.0 PT. Hentraco Indoperkasa PLTM Wawopada Completed 3.0 PT. Kabil Citra Power PLTM Kindang Unknown 3.5 PLTM Kindang 2 Unknown 3.0 PT. Karya Graha Unggul PLTM Bontomantene Unknown 2.2 PT. Kilotrans Energi Kuala Kilo Unknown 10.0 PT. Limbong Hidro Energi PLTM Rongkong 3 Unknown 7.6 PT. Mahayasa PLTM Ponju Unknown 3.0 PT. Mahintuvu Patria Energy PLTM Pono Unknown 6.1 PT. Mallawa Hydro PLTM Mallawa Unknown 5.0 PT. Mandiri Putra Abadi PLTM Tincep 1 Unknown 0.6 PLTM Tincep 2 Unknown 1.2 PLTM Tincep 3 Unknown 2.2 PLTM Tincep 4 Unknown 0.4 PT. Mapahi Masagena Energy PLTM Mapahi Unknown 7.0 PT. Masewo Mareso Energy PLTM Masewo Unknown 8.0 PT. Mega Karya Energi PLTM Malua Unknown 4.6 PLTM Pasui 2 Unknown 6.4 PT. Megapower Makmur PLTM Bantaeng 1 Under Construction 4.2 PT. Nagata Dinamika Hidro Ma'dong PLTM Ma'dong Unknown 10.0 PT. Nagata Dinamika Hidro Punggawa PLTM Sapaya Unknown 5.2 PT. Nusantara Banyu Aji PLTM Sinombulung Unknown 4.0 PLTM Siyuntoyo Unknown 3.0 PT. Perambu Boro PLTM Batukede Unknown 8.9 PT. Potensia Tomini Energi PLTM Palasa Completed 7.4 PLTM Tinombo Completed 1.7 PT. Punggawa Datara Energi PLTM Datara Completed 9.5 PT. Safari Utama Energi Sinjai PLTM Dusun Palantieng Unknown 4.0 PLTM Kahaya Unknown 3.0 PT. Sulawesi Hydro Energy PLTM Dominanga PPA 3.5 PT. Sulbar Energi Aralle PLTM Aralle Unknown 8.7 PT. Sulbar Energi Mambi PLTM Pamoseang Unknown 6.0 PT. Sumber Energi Lestari PLTM Iya PPA 2.0 PLTM Taludaa 2 Completed 2.0 Taludaa Unknown 3.0 PT. Surya Mitra Nugraha PLTM Paun Unknown 9.2 PT. TGP Energy Indonesia PLTM Karangana I Unknown 9.0 PLTM Karangana II Unknown 10.0 PLTM Karangana III Unknown 8.5 PT. Tombolo Energy PLTM Tombolo Pao Completed 2.0 PT. Tunas Minahasa Energi Listrik Tenaga PLTM Ranowano Minahasa Unknown 2.4 air (PT. TMELT) PT.Adis Putra Pratama Hek Unknown 2.5 SUMATERA PT. Aek Simonggo Energy PLTM Aek Simonggo Unknown 9.0 PLTM Sei Wampu 1 Unknown 9.0 PT. Alam Sutera Karya Energi PLTM Subulussalam Unknown 7.5 PT. Bakara Energi Lestari PLTM Aek Silang 2 Unknown 10.0 PT. Berkah Alam Lestari Energi PLTM Batang Toru 3 Unknown 10.0 Annex IV – Ipp’s SHP List 4 CAPACITY ISLAND SMALL HYDRO IPP PROJECT NAME STATUS (MW) PT. Bho Mitratama Engineering PLTM Ketahun 1 Unknown 4.2 PLTM Ketaun 2 Unknown 2.1 PT. Bumi Andalan Energi PLTM Simare Unknown 2.9 PT. Bumiloka Tegar Perkasa PLTM Komering Unknown 1.4 PT. Charma Paluta Energy PLTM Sisira Simandame Unknown 4.6 PT. Dairi Clean Energy PLTM Tanah Pinem Unknown 10.0 PT. Dalima Putra Perdana PLTM Air Dikit Unknown 6.0 PT. Demarko Energi Sejati PLTM Aek Simadoras Unknown 5.1 PT. Dwijaya Makmur PLTM Semendo Unknown 9.5 PT. ECO Power Engineering PLTM Lawe Mamas Unknown 10.0 PT. Energi Alam Sentosa PLTM Sisira Unknown 9.8 PT. Exabenar Cipta Karya PLTM Batang Tuik Unknown 6.3 PT. Fortius Green Energy PLTM Lae Luhung Unknown 10.0 PT. G5 Power PLTM Laruang Gosan Unknown 4.1 PT. Gema Elektrik Nusantara PLTM Nakai 1 Unknown 3.2 PLTM Nakai 2 Unknown 5.0 PT. Geohidro Utama Energi PLTM Silinda Unknown 6.5 PT. Global Green Energy PLTM Bingai Unknown 7.0 PT. Global Hidro Energi PLTM Karai 13 Unknown 8.3 PT. Hayyan Jaya Internasional PLTMH Aek Tulas Unknown 1.3 PT. Ilthabi Energia PLTM Mangku Unknown 6.0 PT. Indo Energi Cubadak PLTM Bukit Cubadak Unknown 9.2 PT. Inpola Mitra Elektrindo PLTM Kombih 3 Unknown 8.0 PLTM Parluasan Unknown 10.0 PT. Jaya Dinamika Geohidroenergi PLTM Pagaringan Unknown 8.4 PLTM Poring 1 Unknown 9.0 PT. Kamigayo Kerpap Energi PLTM Kerpap Completed 2.2 PT. LAPI ITB PLTM Siamang Bunyi Unknown 1.8 PT. Lhok Pineung Hidro Energi PLTM Lhok Pineung Unknown 5.4 PT. Limaco Energie PLTM Pinti Kayu Unknown 10.0 PT. Manggala Gita Karya PLTM Lahat Unknown 10.0 PT. Martahi Bara Energy PLTM Aek Godang Unknown 4.4 PT. Mega Daya Energi PLTM Tunggang Unknown 10.0 PT. Mega Energi Karyatama PLTM Babatan Unknown 5.0 PLTM Karyanyata Unknown 4.0 PLTM Rabi Jonggor Under Construction 4.5 PT. Mega Power Mandiri PLTM Parlilitan Unknown 10.0 PT. Mitra Arana Sinergi PLTM Manna Unknown 7.4 PT. Napal Melintang Energy PLTM Napal Melintang Unknown 0.5 PT. Narumonda Energy PLTM Aek Rambe Unknown 6.7 PT. Nawakara Energi Patimah PLTM Batang Patimah Under Construction 2.8 PT. Northsum Hydro PLTM Simonggo Tornaulli Completed 8.0 PT. Nusantara Indah Energindo PLTM Niagara Unknown 1.7 PT. Nusantara Powerindo Perkasa PLTM Kamangin Nagori Unknown 2.0 PT. Pandu Lembang Jaya Energi PLTM Bukit Sileh Unknown 0.7 PLTM Muaro Unknown 0.2 PT. Pasific Artha Nusantara PLTM Ketol A Unknown 10.0 PT. Pembangkit Listrik Induring PLTM Induring Unknown 1.2 Annex IV – Ipp’s SHP List 5 CAPACITY ISLAND SMALL HYDRO IPP PROJECT NAME STATUS (MW) PT. Pembangkit Listrik Muara Sako PLTM Muara Sako Unknown 3.0 PT. Pesisir Hidro Energi PLTM Guntung Unknown 4.0 PT. Rakata Karya Sakti PLTM Sianok Duku Unknown 6.6 PT. Sahung Brantas Energi PLTM Padang Guci Unknown 6.0 PT. Stupa Meka Energi PLTM Kombih 4 Unknown 10.0 PT. Sumber Energi Hidro PLTMH Raisan Naga Timbul Unknown 7.0 PT. Teknoprener Surya Energi PLTM Sikarbau Unknown 2.0 PT. Terra Management Group PLTM Besay Unknown 9.2 PT. Thong Langkat Alam Energi PLTM Tanjung Lenggang Unknown 10.0 PT. Unitera Internusa PLTM Lawe Gurah Unknown 4.5 PT. Uway Energy Perdana PLTM Besai Kemu Unknown 7.1 PT. Wahana Adya PLTM Muara Sahung Unknown 10.0 Annex IV – Ipp’s SHP List 6 GESTO ENERGIA S.A. Av. Cáceres Monteiro, nº 10, 1º Sul 1495-131 Algés, Portugal T. +351 211 579 899 F. +351 211 540 900 www.gestoenergy.com