01.12.2014 Views

WSHPDR_2013_Final_Report-updated_version

WSHPDR_2013_Final_Report-updated_version

WSHPDR_2013_Final_Report-updated_version

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

3.1.2 Kyrgyzstan<br />

Yingnan Zhang, International Center on Small Hydro<br />

Power<br />

Key facts<br />

Population 5,496,737 1<br />

Area 199,951 km 2 . 1<br />

Climate Dry continental to polar in high Tien<br />

Shan Mountains (highest point: Jengish<br />

Chokusu, 7,439 m); subtropical in<br />

southwest; temperate in northern<br />

foothill zone 1<br />

Topography Peaks of Tien Shan and associated<br />

valleys and basins encompass entire<br />

nation. 1<br />

Rain<br />

pattern<br />

Mean annual precipitation is 440 mm.<br />

Months with highest precipitation are<br />

April and May. 2<br />

Electricity sector overview<br />

The total installed capacity in Kyrgyzstan is 3,713 MW,<br />

with hydropower dominating electricity generation<br />

(figure 1). 3 There are 18 power plants: 16 are hydro<br />

(79.5 per cent of total installed capacity: 2,950 MW)<br />

and 2 are thermal power plants (20.5 per cent of total<br />

installed capacity: 763 MW). The latter are fueled by<br />

gas, fuel oil and coal. All 16 hydropower plants are<br />

outdated and need refurbishing and/or upgrading.<br />

Thermal<br />

Hydropower<br />

10%<br />

90%<br />

0% 20% 40% 60% 80% 100%<br />

Figure 1 Electricity generation in Kyrgyzstan<br />

Source: bishkek.usembassy.gov 4<br />

Small hydropower sector overview and potential<br />

According to the National Energy Program of the<br />

Kyrgyz Republic for 2008-2010, 92 new small<br />

hydropower plants with a total capacity of 178 MW<br />

are to be constructed and 39 existing but abandoned<br />

small hydropower plants with a total output capacity<br />

of 22 MW were restored. 5 In addition, seven water<br />

turbines were installed onto existing irrigation<br />

reservoirs with a total output of 75 MW (figure 2). 6 In<br />

Kyrgyzstan, farmers living in mountain areas are still<br />

not grid-connected. Therefore, mini and micro<br />

hydropower projects are run by individual efforts in<br />

rural mountain areas.<br />

SHP installed capacity (up to 10 MW)<br />

SHP potential (up to 10 MW)<br />

SHP installed capacity (up to 30 MW)<br />

SHP potential (up to 30 MW)<br />

32 MW<br />

32 MW<br />

275 MW<br />

0 200 400 600 800 1000<br />

500-900 MW<br />

Figure 2 Small hydropower capacities in Kyrgyzstan<br />

Source: National Energy Program of the Kyrgyz<br />

Republic for 2008-2010 5 and Global Environmental<br />

Facility 7<br />

Note: It cannot be confirmed that the 200 MW<br />

planned small hydropower capacity has been<br />

implemented therefore the installed capacity is<br />

reported as 32 MW only.<br />

Renewable energy policy<br />

The Government of Kyrgyzstan set up a Center on the<br />

Problems of Using Renewable Energy Resources<br />

(CPURER) that has developed a programme for the use<br />

of renewable energy, including biomass. Additionally,<br />

the Government also approved another two policies<br />

named National Energy Programme for 2008-2012 and<br />

Development Strategy of Fuel and Energy Sector until<br />

2025. 6<br />

Barriers to small hydropower development<br />

The Government of Kyrgyzstan promotes renewable<br />

energy development, but it still cannot attract<br />

sufficient interest of private investors to develop<br />

smaller projects. The main reason is the lack of legal<br />

and regulatory framework and insufficient data on<br />

existing potentials.<br />

Specific barriers to small hydropower development are<br />

manifold. Due to seasonality, streams are more likely<br />

(than larger rivers) to freeze in winter. This could<br />

mean that facilities may not be operable during the<br />

winter, when power and heat are greatest in demand,<br />

and central grids are unable to compensate. Many<br />

communities are connected to the grid, therefore,<br />

during the summer, when power is relatively<br />

abundant, demand for off-grid power is not high. This<br />

leads to unfavourable economic conditions for<br />

commercial small hydropower plants. 8<br />

Streams during droughts are also more likely (than<br />

larger rivers) to suffer from low flow, thus reducing<br />

the generating capacity of the plant. 8 Furthermore, the<br />

small hydropower technical capacity in construction<br />

and maintenance (including spare parts) needs to be<br />

improved for local companies. 8<br />

References<br />

1. Central Intelligence Agency (2012). The World<br />

Factbook. Available from<br />

www.cia.gov/library/publications/the-world-factbook/<br />

222

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!