| A Loui Hydro Power Plant | ||
The 170MW A Luoi hydroelectric plant will open in 2010. |
The hydropower plant is located on the A Sap river in Thua Thien Hue province in Vietnam. |
A Luoi will have two turbine groups supplying 170MW to the Vietnamese national grid. |
A Luoi will also move water to the Bo river to increase the output of the Huong Dien hydropower factory on Co Bi river. |
The project includes the longest and most sophisticated tunnel to be constructed in Vietnam. |
This headrace tunnel being built by Cavico Corporation is around 11.6km long and 4m to 6m wide. |
| Allain Duhangan 192MW Hydroelectric Plant | ||
The IFC (International Finance Corporation) contributed around $45m to the project. |
IFC development by region. |
BHEL has used rapid prototyping (RP) for making metallic models of hydro turbine blades/runners. |
The IFC makes worldwide investments. |
Malana Power Company Limited (MPCL) is part owner of ADPCL. |
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| Baguari Hydro Power Plant | ||
Baguari hydro power plant is expected to be completed by April 2010. |
The plant will operate four power generating turbines, each of which will have a capacity of 35MW. |
Generated electricity will be transmitted by a 230kV substation and related network of 17 towers. |
| Ban Ve Hydro | ||
Songda is main contractor on the Ban Ve hydro project, with Cavico Vietnam as subcontractor. |
Cavico Vietnam is constructing the Ban Ve tunnels. |
When complete, Ban Ve will develop 320MW. (Cavico) |
Ban Ve is the first hydro project constructed wholly by Vietnam. (Cavico) |
Ban Ve is in Vietnam’s central Nghe An province. |
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| Boguchany Hydroelectric Plant | ||
The dam and power scheme are being constructed across the Angara River. |
The hydroelectric scheme was resurrected as part of an overall energy and metal smelting project. |
The turbine rotor being lifted into place. It is the largest ever constructed in Russia. |
Construction cost cutting is now being implemented to save money during 2009-10. |
The dam will provide around 3GW of power for Siberia. |
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| Canedo Hydro Power Plant | ||
The Canedo Hydro Plant was designed by Aqualogus and incorporates a dam, a low-pressure circuit, a 24.5m surge tank, a DN1500/1400 steel penstock and a powerhouse. |
Low-pressure pipelines / circuits DN1800/1600, 3,680m in length, were installed during July 2008 in the plant's powerhouse. |
A horizontal Francis turbine is installed in the powerhouse. |
The dam was constructed on a solid granite foundation, with concrete layers of 1.5m laid as part of this. |
The laying of DN1800/1600 pipelines / circuits. |
The surge structure is cylindrical concrete with a 11m internal diameter. |
Canedo's powerhouse is located close to a river beach and includes a 36.9m dam spillway. |
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| Changuinola 75 Hydroelectric facility | ||
AES is building a 158MW hydroelectric station in Panama. |
Profile of hydropower plant with dam and reservoir. |
Working areas of different turbine types. Source: Verbundplan. |
Net exploitable hydropower potential [TWh/a] and percentage exploited Source: Department of Economic and Social Affairs of the UN Secretariat. |
Power generation in Central America by technology (UN CEPAL, 2001). |
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| Flatiron Hydroelectric Plant | ||
Penstocks take water from 1,000 feet down. |
The power plant discharges its water into the Flatiron reservoir. |
Granby is also part of the Colorado Big Thompson Project. |
| Guri Hydroelectric Power Plant, Orinoco | ||
The Guri dam is situated 100km upstream of the Caroni River. |
The dam's turbines can produce 12,900GW/h of energy. |
Around 73% of the country's power comes from this plant alone. |
| Hastings Hydrokinetic Power Station | ||
At the Hastings Hydrokinetic Power Station, hydrokinetic energy generates power by the rotation of turbines installed under the water surface, using the natural velocity of the water currents. |
The Mississippi Lock and Dam No 2 at the Hastings Hydrokinetic Power Station, Minnesota, US. |
The hydrokinetic power station consists of modular, interchangeable and zero-head turbines. |
The three-blade hydrokinetic turbines of about 12ft diameter are suspended from a floating barge. The blades spin at 21rpm to generate electricity. |
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| Huelva Power Plant | ||
A 26MW cogeneration project from Rolls Royce already produces electricity and steam for Huelva. |
Excess from Rolls Royce's cogeneration unit is exported to the national grid. |
Exhaust gases from the RB211 supply 52t of steam per hour. |
Technip is building another hydrogen plant in Huelva, Spain. |
The project is part of Cepsa's major expansion plan to meet the growing demand for middle distillates in Spain. |
Raising Cepsa's total crude oil distillation capacity only 17% will reduce dependency on imports. |
| Ingula Pumped Storage Scheme | ||
Road works at Ingula. |
Tunnel construction. |
Vegetation control. |
The Ingula construction site. |
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| Itaipu Hydroelectric Dam | ||
Itaipu Hydroelectric Dam is the largest operational hydroelectric energy producer in the world. |
The plant is operated by Itaipu Binacional and located on the border between Brazil and Paraguay. |
The first unit began generating power in May 1984. |
The energy generated in 2008 was used to supply 87% of the electricity consumed in Paraguay and 19% demanded by the Brazilian interconnected system. |
Construction of the dam involved installing four rock crushing centres. |
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| White Water River Hydroelectric Stations, Yunnan | ||
Three hydroelectric power stations have been built on the White Water River, in Yunnan, China. |
The $69m Yunnan hydro project uses three cascade stations. |
White Water is helping to electrify China's Yunnan province. |
The IFC's committed portfolio for 2003 to 2007. |
IFC has developments through the world. |
IFC believes the White Water hydro project will help demonstrate the viability of small hydropower projects. |
Hangzhou Dalu supplied two Francis turbines to White Water. |
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| Youngs Creek Hydro Power Project | ||
Youngs Creek, also known as Shepperd's Dell, is a small canyon in the Columbia River Gorge in Oregon. |
Digital elevation map of Washington; Washington currently relies on hydro power from the state's waterways for 72% of its power. |
A natural shelf at the top of the creek means that the power station will not pose any threat to anadromous fish such as salmon, which have to migrate to breed. |