「M-W」の共起表現(2語左で並び替え)4ページ目

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共起表現

「M-W」の共起表現一覧(2語左で並び替え)4ページ目

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f 240 turbines with a nameplate capacity of 1200	MW.
station with a total generating capacity of 125	MW and a net capacity of 115 MW.
wo main generators, each with a capacity of 64.5	MW.
ferent turbines for an installed capacity of 749	MW.
izre Dam will have a hydro-power capacity of 240	MW and will provide irrigation for 121,000 hectares
turbines, each with a generating capacity of 700	MW, totaling to a capacity of 4,200 MW.
nstalled electricity generating capability of 48	MW.
l Power Station has an installed capacity of 880	MW.
68, with each unit having a rated capacity of 75	MW.
Ireland and Great Britain with a capacity of 500	MW, about 10% of Ireland's peak demand.
ist of 48 turbines with a total capacity of 295	MW. 6.15 MW turbines are to be provided by REpower.
inese origin, each with a nominal capacity of 52	MW, totaling the installed capacity to 260 MW.
bine generator, with a generating capacity of 80	MW of electricity.
The power house has 3 units of 180	MW each and has a firm power of 160MW
in 1922 in service with a power capacity of 110	MW.
turbines installed for a nominal capacity of 800	MW.
onsists of three turbines with a capacity of 8.3	MW each.
has a hydroelectric plant with a capacity of 300	MW.
a new generation unit with power capacity of 50	MW and thermal capacity of 150 MW.
type turbine, with a generating capacity of 12.2	MW of electricity.
in 1991, at the dam, with a power output of 281	MW.
ant having an installed electric capacity of 176	MW.
bo generators, with a generating capacity of 950	MW of electricity.
one turbine, with a generating capacity of 10.5	MW of electricity and is operated by Hydro Tasmania
idal power plant with the output capacity of 1.7	MW.
rators with a combined installed capacity of 656	MW.
Ten Kaplan generator units, of 216	MW, manufactured by Argentinian company IMPSA, each
the river type with an installed capacity of 144	MW.
opower plant having an installed capacity of 210	MW.
he generating station has a rated capacity of 40	MW with an annual average energy production of 224
Double units 1 and 2 have capacity of 300	MW, and single units 4, 5, and 6 have capacity of 3
zno Power Station II reached the capacity of 300	MW.
each generating set a generating capacity of 660	MW, and with six generating sets, the station has a
nt in Zimbabwe with an installed capacity of 920	MW.
d in 2001 at the dam, with a power output of 510	MW (four facilities at 128 MW each).
-700A nuclear reactors with a total power of 180	MW.
The project includes the installation of 2,160	MW to generate an annual average energy of 12,100 G
stalled electricity generating capability of 2.8	MW.
An installed capacity of 750	MW
ill have an installed generating capacity of 124	MW and will produce enough electricity for some 47,
-type delivers typically power in the range of 1	mW at 1000 GHz to 50 mW at 200 GHz.
km) west of Amarillo, Texas and consists of 161	MW of wind turbines (70 Siemens Mk II turbines each
ively 1972 and have a generation capacity of 250	MW, respectively 455 MW.
a hydroelectric power generation capacity of 99	MW, with three generator units of 33 MW capacity ea
egun (phase I) with a generation capacity of 420	MW 1998.
Horse Hollow Wind Energy Center consisted of 213	MW and was completed in late 2005; phase two consis
Rovinari Power Station with a capacity of 1,720	MW, Turceni Power Station with a capacity of 2,310
turbines and a total installed capacity of 781.5	MW, which surpasses the nearby 735.5 MW Horse Hollo
osed dam with power generation capacity of 2,600	MW and for the alternative option of 465 MW.
rate of 155,000 MW·h per year (an average of 18	MW).
e of Lake Ontario, having a total output of 4124	MW (capacity net) and 4336 MW (gross net) when all
rmal power plant having 6 identical groups of 31	MW each thus totalling a capacity of 186 MW.
rpose facility with a generating capacity of 770	MW by its second stage which was expected to be com
Each unit at the extension has a capacity of 40	MW.
ale-fired power station with capacity of 600-900	MW.
ity at peak loading periods, has a power of 1.44	MW and an annual energy output of 3.10 GWh.
nd 177 turbines with a nameplate capacity of 540	MW.
The dam generates an average of 250	MW of electricity from the river system and floods
It has a total nameplate capacity of 9	MW of electricity, providing enough power to serve
It had an estimated magnitude of 7.5	Mw and an epicenter depth of approximately 25 km.
nwell Power Station, each with a capacity of 350	MW.
Originally it has an installed capacity of 180	MW with 3 units of 60 MW each.
ects in total have a nameplate capacity of 169.5	MW.
It has a power generating capacity of 120	MW enough to power over 81,000 homes
has an installed power generation capacity of 17	MW.
1 October 1983 with a generating capacity of 114	MW.
ant having an installed electric capacity of 450	MW and producing around 2.3 billion Kwh of electric
age II involves installation of two units of 210	mW each at an estimated cost of Rs 2,000 crore.
Its current generation capacity of 1,200	MW is being expanded to 6,000 MW.
It has a power generating capacity of 240	MW enough to power over 162,000 homes
With a combined electrical power output of 3200	MW, the new reactors would prevent the resulting en
Three units of 210	MW each were commissioned in 1999 and 2001.
in the world, at an installed capacity of 3,280	MW.
ited States, with an installed capacity of 4,002	MW.
Power is generated by four units of 300	MW and two units of 800 MW.
l Power Station has an installed capacity of 705	MW.
ins four turbine-generators for a capacity of 11	MW each.
lton turbine, with a generating capacity of 43.2	MW of electricity.
lant having an installed electric capacity of 96	MW.
0), which have a maximum legal power output of 5	mW.
a Thermal Power Station has a capacity of 1,500	MW. which has now reduced to 660mw.
t plant has an installed thermal capacity of 512	MW.
l Power Station has an installed capacity of 690	MW.
e second power plant that houses 10 units of 630	MW each.
ctober 1983 and had a generating capacity of 112	MW.
and of Bali, causing a supply shortfall of 2,700	MW, roughly half of the original supply.
closed in 1994 with a generating capacity of 354	MW.
ant having an installed electric capacity of 112	MW.
ted (FM) with a maximum legal power output of 10	mW.
ted, the power plant will have a capacity of 400	MW with an average output of 1,998 GWh per year.
71, with respective generating capacities of 138	MW, 137 MW, 249 MW, 362 MW, and 750 MW (year-around
two separate gas turbines with a capacity of 110	MW each.
mbria, England, with an installed capacity of 90	MW.
Two units of 35	MW, and one unit of 65 MW, uses natural gas as fuel
na Arda Hydro Cascade with total capacity of 276	MW.
th 627 wind turbines and a total capacity of 781	MW, which is enough to power more than 250,000 aver
nd 139 turbines with a nameplate capacity of 500	MW.
It has a total installed capacity of 960	MW, with 4 units each 160 MW and one unit at 320 MW
for 27 turbines with a nameplate capacity of 62	MW.
The power station has an installed effect of 420	MW, with an annual production of 3.5 TWh, equivalen
project would facilitate the free flow of 4,000	MW from power rich Eastern region to the power star
400 megawatts, with an overload capacity of 460	MW.
l Power Station has an installed capacity of 135	MW.
installed electricity generating capacity of 30	MW and an additional pumped storage power plant wit
e power stations has installed capacity of 2,520	MW.
Romania, having 2 natural gas-fired groups of 75	MW each totalling an installed capacity of 150 MW a
It has a generation capacity of 810	MW.
one turbine, with a generating capacity of 30.6	MW of electricity.
ant having an installed electric capacity of 315	MW.
and 1st project of Udanchan hydroproject of 250	MW
ant having an installed electric capacity of 170	MW.
Francis turbine with a generating capacity of 85	MW of electricity.
photovoltaic arrays with a total capacity of 23	MW.
wind turbines, each with nameplate capacity of 3	MW.
has five turbines with a nominal capacity of 49	MW each having a total capacity of 245 MW.
tion contains three units with a capacity of 249	MW and discharge of 330 cms was designed by a Russi
It has an installed capacity of 100	MW.
It has a power generating capacity of 150	MW enough to power over 100,300 homes
oelectric scheme has an installed capacity of 13	MW generated as the water from Nant-y-moch enters D
n tonnes/year and an electric power plant of 250	MW.
In total the farm has a capacity of 108	MW.
r station with an installed power capacity of 41	MW.
o has two turbines with a nominal capacity of 35	MW each having a total capacity of 70 MW.
in 1976 and has a gross power production of 806	MW.
hat has 3 turbines with a nominal capacity of 73	MW each having a total capacity of 220 MW.
he power station has installed capacity of 2,250	MW.
o its power station, where three turbines of 144	MW generates up to 432 MW of power, covering about
as one turbine with a generating capacity of 7.2	MW of electricity.
wind turbines, each with a rated capacity of 2.5	MW.
It has an installed capacity of 130	MW.
' power station had an installed capacity of 120	MW.
has five turbines with a nominal capacity of 50	MW each having a total capacity of 250 MW.
large power plant with a nominal capacity of 70	MW on the Devoll River operated by the Icelandic co
rbines are capable of producing a maximum of 320	MW, which accounts for three quarters of the wind p
f the dam with a total installed capacity of 115	MW (divided into five units of 23 MW).
as one turbine, with a generating capacity of 51	MW of electricity.
ant having an installed electric capacity of 247	MW and producing around 800 millions Kwh of electri
in 1972, at the dam, with a power output of 278	MW (three facilities at circa 100 MW each), generat
ear-future, would enable the transmission of 500	MW between the two countries.
has five turbines with a nominal capacity of 51	MW each having a total capacity of 255 MW.
several units with a total power output of 3,600	MW and went in service between 1972 and 1977.
four turbines, with a generating capacity of 30	MW of electricity.
ganization having a installed capacity of 10,122	MW and serving a consumer base of about 2 crore con
s-type turbine, with a generating capacity of 63	MW.
r plant with an electrical power output of 1,210	MW near to town of Nazarovo in Krasnoyarsk Krai, Ru
It has a power output of 75	MW generated by three vertical Francis turbines.
It has an installed electric capacity of 71	MW.
has three turbines with a nominal capacity of 30	MW each having a total capacity of 90 MW.
they have a licensed hydro-power capacity of 760	MW and actually produce around 2.2 billion kWh of e
eneration unit with an installed capacity of 300	MW.
ant having an installed electric capacity of 117	MW.
Together they generate a total of 660	MW of electricity..
The first phase with a total capacity of 24	MW was connected in late 2009.
The gas turbine has a power of 25	MW and went in service in 1977, while unit 2, which
has installed power generation capacity of 1,775	MW.
ilt in 1953 and has an installed capacity of 100	MW.
has three turbines with a nominal capacity of 23	MW each having a total capacity of 69 MW.
ted in Giurgiu, having 3 generation groups of 50	MW each resulting a total electricity generation ca
nicipal water supply and the generation of 1,000	MW of hydroelectricity.
Two additional units of 300	MW each was also commissioned, of which the generat
has four turbines with a nominal capacity of 54	MW each having a total capacity of 216 MW.
enerating in 1995 with a reduced capacity of 120	MW.
t together, having a generating capacity of 1450	MW.
It has installed power capacity of 150	MW.
The plant had a production capacity of 900	MW, was about 2,500 feet long, and rose 125 feet ab
plant being operated, with the capacity of 2,280	MW, and an average annual electric power generation
ons will have two turbines with a capacity of 65	MW each.
has four turbines with a nominal capacity of 21	MW each having a total capacity of 84 MW.
hat has 4 turbines with a nominal capacity of 55	MW each having a total capacity of 220 MW.
e dam, with installed capacity of 6 units of 50	M.W. each .The F.R.L. of the dam is 268.22 m and it
neration, with a total installed capacity of 331	MW and a total annual output of over 520 GWh/y.
Power consumption of 62	mW during continuous operation.
The farm has a total capacity of 6	MW, consisting of 5 towers with gearless VENSYS-62
n in the world, with an installed capacity of 54	MW.
With a total generating capacity of 1,875	MW, the station has the largest generating capacity
e power station has a generation capacity of 378	MW.
ndividual turbines with a nominal output of 82.8	MW with a generating capacity of 315 MW and generat
lly these units had a generation capacity of 200	MW, but after turbine modernization between 1992 an
ilt on the Mekong River with a capacity of 1,750	MW.
Each turbine has a capacity of 10	MW.
dro Power Plant has an installed capacity of 220	MW.
ower Station II has an installed capacity of 920	MW.
ority for construction of power units of 200-250	MW is 48 months.
tation has an installed production effect of 420	MW from four turbines, and an annual production of
hydroelectricity, with an installed power of 120	MW.
ianapolis and has a production capacity of 1,196	MW of power.
n 18 March 1974 with a generating capacity of 69	MW.
generators, each with generating capacity of 650	MW.
ant having an installed electric capacity of 110	MW.
The seventh unit of 500	MW was commissioned on 2009.
This is a facility with a thermal power of 30	MW, following the so-called Oxyfuel method to burn
nerators for a total installed capacity of 1,120	MW.
ic power station, using 4 Hitachi turbines of 87	MW installed capacity.
f 8 units each with a generation capacity of 225	MW.
blade propeller) units with rated output of 3.85	MW each.
as one turbine, with a generating capacity of 40	MW of electricity.
It had a generating capacity of 280	MW.
It will have an installed capacity of 980	MW, and will, on average, generate 4,870 GWh per ye
n consists of two pulverised coal boilers of 335	MW each, two steam turbines, two generators and des
ion since 1988 and has a rated capacity of 1,148	MW.

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「M-W」の共起表現一覧(2語左で並び替え)4ページ目