「capacity」の共起表現(1語左が「generating」)

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共起表現

「capacity」の共起表現一覧(1語左が「generating」)

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Electrical generating	capacity is 400 megawatts, with an overload capacity o
The total generating	capacity of the project is 5,850 MW.
vathi Dam has 4 Megawatts electric generating	capacity installed.
Its installed power generating	capacity is 12 megawatts.
It had a generating	capacity of 280 MW.
The station had a generating	capacity of 57 megawatts (MW).
The dam has an expected generating	capacity of 39,000 MW, with 52 turbines each with a ca
It has an installed electrical generating	capacity of 1345 MW, as well as thermal heating capaci
Energy has 995 MW, of operational generating	capacity and 2145 MW of generating capacity in the con
additional 2,700 MW of electrical generating	capacity, which will ultimately double the capacity of
utilizing 12 turbines, each with a generating	capacity of 725 MW, totalling the generating capacity
ing eighteen turbines, each with a generating	capacity of 725 MW, totalling the generating capacity
le unit power station with a total generating	capacity of 125 MW and a net capacity of 115 MW.
tilizing six turbines, each with a generating	capacity of 700 MW, totaling to a capacity of 4,200 MW
This gives each generating set a generating	capacity of 660 MW, and with six generating sets, the
It has a power generating	capacity of 240 MW enough to power over 162,000 homes
losed on 31 October 1983 and had a generating	capacity of 112 MW.
Staythorpe B closed in 1994 with a generating	capacity of 354 MW.
Its generating	capacity was larger than that of the Dunston A power s
It has one turbine, with a generating	capacity of 30.6 MW of electricity.
It has one Francis turbine with a generating	capacity of 85 MW of electricity.
Unit 2, completed in 1980, with a generating	capacity of 615 megawatts
Unit 1, completed in 1979, with a generating	capacity of 615 megawatts
Unit 3, completed in 1988, with a generating	capacity of 460 megawatts
It has a power generating	capacity of 150 MW enough to power over 100,300 homes
Keepit has one turbine with a generating	capacity of 7.2 MW of electricity.
r stations had a total electricity generating	capacity of 300 megawatts (MW).
It has one turbine, with a generating	capacity of 51 MW of electricity.
It has four turbines, with a generating	capacity of 30 MW of electricity.
also the potential to increase the generating	capacity once again by 140 megawatts.
s one Francis-type turbine, with a generating	capacity of 63 MW.
has four turbo generators, with a generating	capacity of 550MW of electricity.
xpansion brough the stations total generating	capacity to 25,000 kW.
Mackintosh has one turbine, with a generating	capacity of 79.9MW of electricity.
has five turbo generators, with a generating	capacity of 4.5MW of electricity.
was closed on 18 March 1974 with a generating	capacity of 69 MW.
It has one turbine, with a generating	capacity of 40 MW of electricity.
It has one turbine, with a generating	capacity of 32.4 MW of electricity.
It has a power generating	capacity of 210 MW enough to power over 141,000 homes
It has a power generating	capacity of 204 MW enough to power over 136,600 homes
The total generating	capacity of the project will be 4,200 MW.
31 October 1983; the station had a generating	capacity of 158 MW.
1926 the company increased the generating	capacity of the Petty Harbour Generating Station
It has a power generating	capacity of 540 MW enough to power over 364,000 homes
It has a power generating	capacity of 300 MW enough to power over 202,000 homes
This brought the station's generating	capacity to its highest, at over 70,000 kW.
as one Kaplan-type turbine, with a generating	capacity of 17 MW of electricity.
has six turbines, with a combined generating	capacity of 300 MW of electricity.
boida has seven generators, with a generating	capacity of 5MW of electricity.
t was completed in 2001, and has a generating	capacity of 545 megawatts.
t closed on 1 November 1982 with a generating	capacity of 236 MW.
It has one turbine, with a generating	capacity of 28 MW of electricity.
as three turbines, with a combined generating	capacity of 38.25 MW of electricity.
Tumut 1 has four turbines, with a generating	capacity of 329.6MW of electricity.
Tumut 2 has four turbines, with a generating	capacity of 286.4MW of electricity.
Tumut 3 has 6 turbines, with a generating	capacity of 1,500MW of electricity.
It has a power generating	capacity of 384 MW enough to power over 257,100 homes
ts of four generators with a total generating	capacity of 760 MW.
t was completed in 1974, and has a generating	capacity of 420 megawatts
s closed on 25 October 1976 with a generating	capacity of 92 MW.
It has a power generating	capacity of 176 MW enough to power over 118,000 homes
There are plans to upgrade generating	capacity of each of the four turbines.
Warragamba has one turbine with a generating	capacity of 50 MW of electricity.
one turbo generator, with a total generating	capacity of 4.5 MW of electricity.
has one turbine generator, with a generating	capacity of 80 MW of electricity.
s one Francis type turbine, with a generating	capacity of 12.2 MW of electricity.
1 has ten turbo generators, with a generating	capacity of 950 MW of electricity.
Unit 2, completed in 1968, with a generating	capacity of 140 megawatts
Unit 3, completed in 1971, with a generating	capacity of 340 megawatts
Unit 1, completed in 1965, with a generating	capacity of 140 megawatts
closed on 25 October 1976, with a generating	capacity of 34 megawatts.
n ceased on 27 October 1980 with a generating	capacity of 117 megawatts.
It has a power generating	capacity of 120 MW enough to power over 81,000 homes
This gave the station a total generating	capacity of 5,000 kW.
It has one Pelton turbine, with a generating	capacity of 43.2 MW of electricity.
ation was opened in 1959 and had a generating	capacity of 945 megawatts (MW).
has two turbines, with a combined generating	capacity of 231.2MW of electricity.
will have an installed electricity generating	capacity of 30 MW and an additional pumped storage pow
With a total generating	capacity of 1,875 MW, the station has the largest gene
The station originally had a generating	capacity of 198 MW, but in the 1960s, a 140 MW gas tur
stations comprised 5% of the UK's generating	capacity, by 2002 the new CCGT power stations comprise
on with nine generators, each with generating	capacity of 650 MW.
rated by Manitoba Hydro, and has a generating	capacity of 130 megawatts.
w also has 4 megawatts of electric generating	capacity installed.
elton wheel turbines, with a total generating	capacity of 150MW.
hydroelectric plants, with a total generating	capacity of 83,000 kilowatts.
It is expected to have a generating	capacity of 295 megawatts, enough to power around 600,
nerators of 250 MW, for a combined generating	capacity of 2,000 MW.
nsist of six generating units with generating	capacity of 700 MW each.
run by eleven employees and has a generating	capacity of 52 megawatts (70,000 hp).
The station has a generating	capacity of 351MW, produced by burning coal from Wyomi
of phase 3 of the project it has a generating	capacity of 450 megawatts.
s (kW), giving the station a total generating	capacity of 150 kW.
plan turbines that have a combined generating	capacity of 48 megawatts.
It has one turbine, with a generating	capacity of 10.5 MW of electricity and is operated by
It will have an installed generating	capacity of 124 MW and will produce enough electricity
the new power stations will have a generating	capacity of more than 200,000 kW.
s closed on 31 October 1983 with a generating	capacity of 114 MW.
by energy firm E.ON UK, and has a generating	capacity of 1,940 megawatts.
proposed to install 4 MW electric generating	capacity from the dam, which is now in operation.
This gives the station a total generating	capacity of 2,000 MW, which is enough electricity to m
ts nine turbines will have a total generating	capacity of 6,426 MW, and is expected to generate 18.7
In terms of generating	capacity, it will be the third largest hydroelectric p
ack of a reservoir, the dependable generating	capacity is only 10 MW, as that is the normal flow of
Initial generating	capacity was 34 MW produced by two turbines, which was
ne which gives the company a total generating	capacity of 3,353 MW of power.
The gas-fired plant already had a generating	capacity of 740 megawatts and another 1,444 megawatts
m turbines with a combined nominal generating	capacity of 1370 MWe.

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「capacity」の共起表現一覧(1語左が「generating」)