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China - Yanshi Thermal Power Project (English)

Inadequate electric generating capacity has been a major constraint to China's economic growth in the past. The Government of China gives high priority to electric power development and has developed a comprehensive strategy for power development. The Yanshi Thermal Power Project is located about 90 km west of Zhengzhou in Henan province and comprises the following components: (i) extension of the existing Yanshi thermal power plant by adding two generating units of 300 MW each at a site being developed; (ii) construction of five 220 kV transmission lines with associated substations; (iii) provision of technical assistance for a tariff study for the Henan power grid; and (iv) a training program for upgrading the technical, financial, and management skills of the Henan Provincial Electric Power Bureau (HPEPB) staff.

Details

  • Document Date

    1991/12/17

  • Document Type

    Staff Appraisal Report

  • Report Number

    10201

  • Volume No

    1

  • Total Volume(s)

    1

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2010/06/18

  • Disclosure Status

    Disclosed

  • Doc Name

    China - Yanshi Thermal Power Project

  • Keywords

    gross national product;Electric Power;Electricity;project design and implementation;Research and Training Center;energy consumption per capita;average per capita consumption;thermal power plant;free market price;commercial energy;regional power system;nuclear power plant;Technology Transfer;long gestation period;prudent financial management;power system planning;thermal power station;primary energy demand;dual pricing system;economic growth rate;variable interest rate;Energy Sector;sustainable energy development;peak load period;cost of service;geothermal power plant;nuclear power capacity;price of coal;rural electrification policy;foreign exchange risk;commercial energy need;central authority;high energy intensity;power tariff structure;commercial energy production;share of investment;power generation capacity;high growth rate;offshore petroleum exploration;commercial energy supply;local energy resource;kv transmission line;weights and measure;average price level;Oil and Gas;Oil & Gas;quality of outputs;electric power development;improved living standard;consumption of coal;pollution control equipment;heavy fuel oil;producer of electricity;interest during construction;exploration and development;enhanced oil recovery;incentives for investment;energy price reform;rural energy supply;energy supply systems;mobilization of resource;modern enterprise management;supply of energy;high plant capacity;electric power supply;commercial bank loan;economies of scale;direct foreign investment;division of labor;high ash content;power project finance;junior secondary level;international financial market;procurement of equipment;natural gas resource;types of coal;small-scale mining operation;transmission and distribution;energy intensive industries;large electricity consumer;regional power grid;power system development;environmental impact mitigation;transport of coal;construction and operation;planning and design;selection of equipment;amount of fuel;sustainable development policy;regulation of power;pollution abatement equipment;quality of teaching;high school graduate;output of coal;urban population growth;junior high school;secondary technical school;crude oil production;high voltage transmission;investments in power;power generating plant;modern technology;environmental problem;energy intensities;power pricing;energy conservation;investment funding;power shortage;tariff study;installed capacity;petroleum subsector;energy industry;large consumer;generating capacity;transmission network;price structure;electricity price;sector work;coal price;energy investment;power price;energy shortage;coal production;environmental aspect;financial planning;Financing plans;rural area;heavy industry;autonomous region;pricing policy;direct investment;provincial power;state capital;cost of energy production;electricity tariff;financial system;coal mine;monitoring program;construction management;appraisal mission;institutional framework;load center;raw material;civil works;high-voltage transmission;water resource;industrial growth;Environmental Assessment;calorific value;hydroelectric resource;thermal generation;coal use;material need;external financing;residential application;coal investment;income growth;petroleum investment;investment account;resettlement component;investment requirement;transfer pricing;satisfactory manner;sulfur emission;operational efficiency;environmental implication;cleaner fuel;extensive use;large hydropower;accounting information;traditional technology;railway electrification;transport capacity;household sector;nonassociated gas;high share;refining capacity;project approval;budget allocation;production target;coal deposit;recoverable reserve;hydroelectric potential;abundant energy;raw coal;financing arrangement;engineering consultant;peak year;foreign capital;contractual arrangement;bank finance;distribution network;energy source;mining region;rail transportation;coal ash;debt service;thermal capacity;underground work

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Citation

China - Yanshi Thermal Power Project (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/582201468213599214/China-Yanshi-Thermal-Power-Project