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WIND FARM IN GOBI REGION
OF MONGOLIA
NTEs
TA 5972-REG:
Promotion of Renewable Energy, Energy Efficiency and
Greenhouse Gas Abatement
PREGA Sub regional Workshop
1922 September 2005Beijing, Peoples Republic of China
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Project Pre-feasibility Study
GRID CONNECTED UTILITY SCALE WIND
FARM IN GOBI REGION OF MONGOLIA
GEOTHERMAL HEAT SUPPLY FOR
PROVINCE CENTER OF MONGOLIA
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Policy support
Government of Mongolia approved programIntegrated Energy System in 2002.
Will carry out study and build Wind Farm in the
Gobi region.
Build a Wind Farm in Central region and connect to
CES (nearest around Ulaanbaatar).
In June 2005 GOM approved National RenewableEnergy Program
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Wind farm project
- Location: Southern Mongolia, Manlai soumUmnugovi province
- Meet growing energy demand
- Reduce electricity import from Russia
- Contribute air pollution reduction in
Ulaanbaatar
- RE development in Mongolia
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Big deposit copper and gold in Oyutolgoi-
estimated energy demand 170MW/h
Tavantolgoi coal mine
Tsagaan Suvarga copper mine
South Electricity Grid (main line 220kV)
Total about 300MW/h
Power demand
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Wind resource
annual wind speed of6.4-7.1 m/s
annual mean wind power density of300-400 W/m2 at 30 m
height level
Wind resource is quite well, more than 10% of the total
territory has been estimated for utility scale wind power
application and its 1.1 million MW of installed capacity,
and deliver over2.5 trillion kWhs electric energy per year
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The proposed
wind farm
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Impacts
Positive impact:- Avoidance of air pollution
- Human health and welfare
- Poverty reduction
Negative impact:
- Bird killing
- Noise
- Visual impact
- Telecommunication interference
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Wind Farm Capacity
Possible power up to 100MW
Planned capacity 40MW
- Transportation
- Installation
- Grid voltage stability
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Candidate turbine range 500-1000kW
47 wind generators with unit capacity 850 KW
will be installed (Vestas).
Turbine must 49m 850kW turbine will produce 2.4GWh/year
Capacity factor 32.2%
Annual production about 100GWh/year
Technical options
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Technology Transfer
Mongolia does not have experience on application
utility scale wind farms. The first Mongolianwind farm will bring followings:
The projects success would certainly promote other wind
power projects in Mongolia, especially in the Gobi andSteppe region.
Due to technology transfer from the wind energy project,
participation by local experts would increase skills and new
technology study.National production of some equipment needed and can be
foreseen for wind projects.
Employing local people, who will learn modern technology
during project implementation
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Project Baseline and GHG Abatement
Calculation
Baseline Project Selection
As part of the energy sector restructure anddevelopment plan the Government of Mongoliaplanning to built/or expand existing power plant.Developing wind farm in Mongolia could be one
possibility to replace some capacity of coalpowered plants. Therefore it is reasonable tochoose 40 MW coal powered plant as the baselineof this project.
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Project Baseline and GHG Abatement
Calculation
Calculation of total project GHG reduction
Electricity generated by the turbine will offsetthat generated from conventional sources andcarbon dioxide emissions associated withconventional generation will be reduced as aresult. The total annual GHG emissionreduction of Manlai soum center 40 MW windfarm is estimated as 97103 tones of CO2e.
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Investment
Feasibility study 245,200Development 835,500
Equipment 47,143,350
Foundation and construction 4,471,000Grid connection 1,397,000
Civil and Engineering 610,500
Roads and land 2,154,500
Others 2,303,950
Total (US$) 59,160,808
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Financial analysis
Financing sources Life time 25 years
The IRR is 2.6% without considering
CERs, 4.9% with CERs. Investment payback period 12 years.
GHG reduction 97 thousands tons of CO2
per year. GHG reduction cost is 5 US$/tCO2
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Barriers
Policy support (RE law)
Finance
Public awareness
Capacity building
Lower tariffs
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CONSLUSION
abundance potential for wind farm
Contribute for future energy needs in southern area
Constitute investment opportunities
Strengthening capacity building
High cost of electricity from wind generation
Particularly reduction GHG emission Impulse to RE development
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Thanks your
attention