Wind Energy Plants Elsewhere
Location: Ascension Island
Operator: U.S. Air Force
Configuration: 4 X 225 kW M700, 2 X 900 kW
WTG supplier: Micon
EPC: enXco, INL
Quick facts: Ascension Island is in the north-central South Atlantic Ocean and was uninhabited until 1815. The wind plant operates in parallel with a diesel power station and both supply the local population and a USAF airfield and tracking station.
Photograph courtesy of Idaho National Laboratory
Operator: Fiji Electricity Authority
Configuration: 37 X 275 kW GEV MP/275
WTG supplier: Vergnet
Quick facts: Butoni is in a area of low to moderate wind spedds, averaging 5.46 m/s. The site is a narrow, north-south ridge about 5km from Sigatoka town. The WTGs can be lowered and re-erected quickly in case of cyclones. The FJ$34mn plant is expected to save FEA about FJ$3mn/yr and reduce diesel consumption by about 2,5000mt/yr.
Photograph courtesy of Fiji Electricity Authority
Configuration: 101 X 100-kW
WTG supplier: Kenetech
EPC: CNF Constructors Inc
Quick facts: In Mar 1993, Kenetech Corp announced the formation of Windenergo Ltd, a joint venture with Krimenergo, to develop a 500-MW wind plant on the Crimean Peninsula. One of the project’s goals was to use wind turbine generators (WTG) made in Ukraine. In the event, only 7.7 MW was in operation at the site near Evapatoria near Donuzlav Lake by Mar 1996.
Photograph courtesy of EnergoAtom
Operator: Mapna Renewable Energies Generation Co
Configuration: 7 X 2.5-MW
WTG supplier: Furhlander
Quick facts: This BOO project is in Esfarvarin, Takestan, Qazvin province. The WPP was inaugurated on 11 Aug 2015. The tower height is 85m and rotor diameter is 104m. Mapna has licensed the Furhlander design for future indigenous production.
Photograph courtesy of Mapna
Operator: Australian Antarctic Division (AAD)
Configuration: 2 X 300-kW E-30
WTG supplier: Enercon
EPC: Powercorp Operations
Quick facts: This was the first installation of large wind turbines in Antarctica and required installation machinery far heavier than anything previously delivered. Each foundation consisted of 60m³ of concrete anchored to granite bedrock with 64.3m deep ground anchors. The wind turbines were modified with extra insulation and special steels in castings and tower sections were required to meet the high average wind speeds and cold temperatures (which drop as low as -36 °C). Because of the dry atmosphere, blade icing is not an issue and the turbines can safely operate at up to 125 km/h. The wind plant is connected to the station 415V ring-main grid.
Photograph courtesy of Australian Business Council for Sustainable Energy
Operator: Tonga Power Ltd
Configuration: 1 X 11-kW
WTG supplier: Gaia-Wind
EPC supplier: Gaia-Wind, Tonga Power
Quick facts: This is the first WTG built in Tonga and was completed on 16 May 2013. The 26m diameter rotor sits on an 18.4m tower.
Photograph courtesy of Tonga Power Ltd
|Princess Elisabeth Station
Operator: International Polar Foundation
Configuration: 8 X 6-kW Proven 6
WTG supplier: Proven Energy
Quick facts: These small WTGs join a 20-kW PV installation to make Princess Elisabeth independent of other electricity sources under normal circumstances. Average wind speeds at the site are 53mph with winter gusts up to 200mph.
Photograph courtesy of Proven Energy
Photograph courtesy of inhabitat.com
Photograph courtesy of Sakhaenergo JSC
Touongo Photograph courtesy of Aerowatt
Photograph courtesy of Aerowatt
Operator: OOO Bashkir Generation Co
Configuration: 4 X 550 kW T-550/41
WTG supplier: Hanseatische AG
Quick facts: This WPP in Tujmanzinsky district was one of the largest in Russia when completed. HAG was never a major WTG supplier and was liquidated in 2010 aftr a 13yr legal effort.
Photograph courtesy of OOO Bashkir Generation Co
Data: industcards, Platts UDI World Electric Power Plants Data BaseUpdated 08-Oct-2016