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six 32 net MW unit (commissioned in 1963 to 1964)
G1 - one 390 net MW unit (commissioned in 1989)
G2 - one 390 net MW unit (commissioned in 1994)
G3 - one 490 net MW unit (commissioned in 2005)
Unit 3 is a 450 MW unit under construction as a joint venture betwe
one 279 net MW unit (commissioned in 1992)
one 281 net MW unit (commissioned in 1983)
one 291 net MW unit (commissioned in 1981)
one Hitachi 85 net MW unit (commissioned in 1985)
one 273 net MW unit (commissioned in 1978)
There is a plant to build a new 450 MW unit by Alpiq.
tation started in 1958, and in 1961 the first 50 MW unit went in service.
The first 32 MW unit was commissioned in 1963 and the last 215 M
expansion in 1911 saw the addition of a third 5 MW unit, at which point the powerhouse was expanded
went operational in 1987 and consists of one 140 MW unit, six 25 MW units and one 10 MW cogeneration
the six generators were replaced by a single 5.6 MW unit.
The station consists of one 144 MW unit.
ansion plan involves the construction of two 400 MW units by December 2011, costing nearly RUB 19 bi
It consists of 3x210 MW units of coal fired Thermal Power Plant
flue gas desulphurating plant, while the two 100 MW units were shut down on 30 June.
Calasparra III is a 6.6 MW units with estimated annual output of 11.7 GWh.
aded until it supported an additional twelve 150 MW units and two 300 MW units.
It has two 200 MW units and two 227 MW units (Stage C,D).
full service in August 2005, with one of the 450 MW units returning to service in April 2005.
These basic 46 MW units are designed to be scaled up to fit specif
ors were first operational in 1980 while the 310 MW units were ordered in 2000 and operational by 20
two 42 net MW units (commissioned in 1966)
ectrostatic precipitators were added for the 200 MW units when the large smokestack was built.
two Hitachi 85 net MW units (commissioned in 1986).
Unit 1 and 2 were each 32 MW units and operated from 1954 until 2000 when the
two 139 net MW units (commissioned in 1970)
two 62 net MW units (commissioned in 1959)
There is an expansion plan to build two new 800 MW units by 2016.
Units 3 and 4 are each 165 MW units while unit 5 is a 405 MW unit.
The two 63.5 MW units, equipped with pelton turbines, were first
power plant was built, which consisted of six 27 MW units.
Control Board , Patna for construction of 3x210 MW units.
with a much larger plant that contained two 100 MW units.
t can carry an antenna or a wire (for VLF, LW or MW) up to an appropriate height.
ower in Romania has an installed capacity of 462 MW, up from the 14.1 MW installed capacity in 2009.
rgy won on competitive bidding last year for 280 MW Urthing Sobla hydro power project in Uttarakhand
Deerfield River Hydro Generating System (83 MW, USA)
power plant was to be capable of generating 850 MW using ten units.
aking up his posts at USC, in 2005, Damasio was M.W. Van Allen Professor and Head of Neurology at th
eau Creek Hydroelectric Station has three 62 net MW vertical turbine-generator units, commissioned i
t block of the lignite fired power plant (6 x 35 MW) was built between 1937 and 1940.
The power plant, rated at 435 MW, was built by the Pennsylvania Electric Company
are the Baksanskaya HEP (on the Baksan River, 25 MW, was completed in 1939), Aushigerskaya HEP (on t
The first phase with a total capacity of 24 MW was connected in late 2009.
The plant had a production capacity of 900 MW, was about 2,500 feet long, and rose 125 feet ab
The seventh unit of 500 MW was commissioned on 2009.
ld power plant with a capacity of 500 megawatts ( MW) was privatized and sold to Consolidated Contine
The first of two 600 MW was commissioned..
Seabank 2 (385 MW) was started in January 1999 and was completed i
A 4 MW Waste Coal Mine Gas (Methane) generator is curre
Project (or SWEP) by the developers) will be a 4 MW wave farm, to be built by npower Renewables and
Two units each with a generation capacity of 144 MW went in service respectively in 1985 and 1991, a
nits, increasing the power of the station to 600 MW were built between 1974 and 1978.
The project known as Shweli 1 will supply 600 MW when completed.
Min power output - 400 mW when in quiet state
It has a capacity of 86.4 megawatts ( MW) which is bid into the National Electricity Mark
ree units each with a generation capacity of 340 MW, which went in service in 1969, 1971 and 1973.
dual turbines with a nominal output of around 36 MW which deliver up to 108 MW of power.
dual turbines with a nominal output of around 30 MW which will deliver up to 120 MW of power.
dual turbines with a nominal output of around 91 MW which will deliver up to 910 MW of power.
dual turbines with a nominal output of around 25 MW which will deliver up to 100 MW of power.
dual turbines with a nominal output of around 30 MW which will deliver up to 300 MW of power.
dual turbines with a nominal output of around 65 MW which will deliver up to 130 MW of power.
dual turbines with a nominal output of around 20 MW which will deliver up to 80 MW of power.
dual turbines with a nominal output of around 60 MW which will deliver up to 600 MW of power.
dual turbines with a nominal output of around 45 MW which will deliver up to 450 MW of power.
dual turbines with a nominal output of around 80 MW which will deliver up to 240 MW of power.
turbines and a total installed capacity of 781.5 MW, which surpasses the nearby 735.5 MW Horse Hollo
dual turbines with a nominal output of around 75 MW which can deliver up to 375 MW of power, as well
dual turbines with a nominal output of around 27 MW which will deliver up to 135 MW of power.
a Thermal Power Station has a capacity of 1,500 MW. which has now reduced to 660mw.
th 627 wind turbines and a total capacity of 781 MW, which is enough to power more than 250,000 aver
rbines are capable of producing a maximum of 320 MW, which accounts for three quarters of the wind p
ual turbines with a nominal output of around 150 MW which will deliver up to 300 MW of power and wil
dual turbines with a nominal output of around 91 MW which will deliver up to 364 MW of power and gen
the station a total generating capacity of 2,000 MW, which is enough electricity to meet the needs o
athed as he inhaled a dose of the poisonous gas, MW, which drove him criminally insane.
turbopump rotates at 13600 rpm with a power of 3 MW while the hydrogen turbopump rotates at 34000 rp
ome import contracts with France for around 2000 MW will expire.
wind turbines with a capacity of 5-6 megawatts ( MW) will be used.
Airtricity installed 18 turbines, 27 MW wind farm in Tournafulla, which was installed in
The wind farm consists of 240 Vestas 1.65 MW wind turbines and is owned and operated by Horiz
arm off the adjacent Belgian coast uses larger 5 MW wind turbines from REpower.)
It is a 662.5 MW wind farm, with 342 GE 1.5 MW wind turbines and
214 Siemens 1.3 MW wind turbines are sited in rows along the south-
The 15 MW wind farms of the company were commissioned in M
The project consists of 100 GE 1.5 MW wind turbines and will be online in late summer/
The King Mountain Wind Farm is a 278.2 megawatt ( MW) wind farm in Upton County, Texas, United States
The Donghai Bridge Wind Farm is a 102 MW wind farm close to the Donghai Bridge, Shanghai
y Facility opened in 2006, with 67 GE Energy 1.5 MW wind turbines, for a total nameplate capacity of
Invenergy LLC is currently building a 150 MW wind power plant in this community.
The wind farm consists of thirty 90 m 3 MW wind turbines.
The King Mountain Wind Farm is a 278.2 MW wind farm, with 214 wind turbines in rows along
he United States, with 195 Vestas model V82 1.65 MW wind turbines.
project will consist of 20 General Electric 1.5 MW wind turbines and will divided among two separat
hed to the #14 after picking up sponsorship from MW Windows.
Tim Atkin MW, wine correspondent for The Observer considers i
in 1963, the station had a total capacity of 225 MW with two 115 mile long transmission lines at 230
total wind farm capacity will comprise of 4,000 MW with investments of US$ 5.6 billion.
am has an expected generating capacity of 39,000 MW, with 52 turbines each with a capacity of 750 MW
projects have a design capacity of nearly 2,000 MW with the potential to generate approximately 500
olumn for Harpers Magazine with Nicolas Belfrage MW with whom he has also contributed to Tom Stevens
MW with an expected annual energy generation of 452
y 176 m of head to produce a rated output of 604 MW with a rated flow of 397 m3/s.
he generating station has a rated capacity of 40 MW with an annual average energy production of 224
a hydroelectric power generation capacity of 99 MW, with three generator units of 33 MW capacity ea
Originally it has an installed capacity of 180 MW with 3 units of 60 MW each.
ted, the power plant will have a capacity of 400 MW with an average output of 1,998 GWh per year.
It has a total installed capacity of 960 MW, with 4 units each 160 MW and one unit at 320 MW
aximum electrical installed capacity tops at 1.2 MW, with a conversion efficiency of 12%.
The power station has an installed effect of 420 MW, with an annual production of 3.5 TWh, equivalen
ndividual turbines with a nominal output of 82.8 MW with a generating capacity of 315 MW and generat
o pantographs and can produce up to 7000 hp (5.2 MW) with a top speeds of up to 125 mph (201 km/h).
The second plant has a capacity of 220 MW, with a future expansion up to 330 MW.
Today only the 1,450 MW Yallourn W plant remains, the third largest powe
                                                                                                   


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