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Solar resource mapping in Malawi : solar modeling report (English)

This Modelling Report presents preliminary results of the project Renewable Energy Resource Mapping for the Republic of Malawi. This part of the project focuses on solar resource mapping and measurement services as a part of a technical assistance in the renewable energy development implemented by the World Bank in Malawi. It is being undertaken in close coordination with the Ministry of Natural Resources, Energy and Environment of Malawi, the World Bank's primary country counterpart for this project. The project is funded by the Energy Sector Management Assistance Program (ESMAP), a global knowledge and technical assistance program administered by the World Bank and supported by 11 bilateral donors. It is part of a major ESMAP initiative in support of renewable energy resource mapping and geospatial planning across multiple countries.

Details

  • Author

    Suri, Marcel Suriova, Nada Cebecauer, Tomas Skoczek, Artur Betak, Juraj Schnierer, Branislav

  • Document Date

    2015/03/01

  • Document Type

    ESMAP Paper

  • Report Number

    97928

  • Volume No

    1

  • Total Volume(s)

    1

  • Country

    Malawi,

  • Region

    Africa,

  • Disclosure Date

    2015/07/08

  • Disclosure Status

    Disclosed

  • Doc Name

    Solar resource mapping in Malawi : solar modeling report

  • Keywords

    solar resource;Energy & Environment;solar power plant;solar radiation;short period of time;solar thermal power plant;renewable energy resource mapping;meteorological data;data quality control;input data;Access to Electricity;solar power technology;solar radiation data;transmission and distribution;satellite data;flat plate collector;technical assistance program;renewable energy development;probability of occurrence;solar energy technology;incident solar energy;direct solar radiation;amount of aerosol;quantity of water;power generation capacity;snow and ice;high spatial resolution;digital map;air mass;seasonal variability;atmospheric attenuation;temporal variability;diffuse radiation;direct radiation;transport model;cloud cover;meteorological parameters;high frequency;measuring station;physical model;solar electricity;temporal resolution;performance assessment;liquid particles;solar technology;high concentration;photovoltaic electricity;reflected radiation;photovoltaic module;short wavelengths;limited information;atmospheric data;data needs;site selection;power output;air temperature;atmospheric condition;geographical data;geographical difference;data format;historical data;electrical grid;satellite sensors;photovoltaic technology;measured value;geographic region;output data;raw data;daily data;salt bed;accurate determination;temporal dynamics;seasonal changes;solar irradiance;regional adaptation;spectral band;longer period;water vapor;grid model;spatial representation;qualified personnel;simple regression;wind speed;empirical model;wind direction;support infrastructure;horizontal visibility;volcanic eruption;dynamic nature;solar collector;electricity output;upper atmosphere;modern economy;clean environment;humid regions;dry regions;aerosol extinction;local condition;sea level;relative thickness;atmospheric gas;gas molecule;constant value;missing data;valid data;aerosol concentration;data provider;surface albedo;geostationary satellites;performance rating;solar development;feasibility analysis;geospatial planning;weather data;national centre;cell surface;wind velocity;global knowledge;solar spectrum;distribution grid;electricity production;microclimate effects;file format;high resolution;global initiative;remote sensing;small area;photovoltaic cell;inter governmental organization;intergovernmental organisation;professional development;subsidiary right;data loggers;measuring instrument;energy market;negative value;absolute amount;meteorological stations;project operation;innovative feature;quality check;terrain condition;hybrid system;large load;particle size;climatic zone;expert reports;measuring equipment;aggregate value;effective approach;digital image;solar industry;geographical conditions;relative humidity;remote location;operational service;physical process;free fuel;meteorological satellite;cloud properties;optical property;arid zone;chemical composition;solid particles;land surface;electricity service;environmental variable;azimuth angle;ice crystals;

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Citation

Suri, Marcel Suriova, Nada Cebecauer, Tomas Skoczek, Artur Betak, Juraj Schnierer, Branislav

Solar resource mapping in Malawi : solar modeling report (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/995971468191347875/Solar-resource-mapping-in-Malawi-solar-modeling-report