Hydroelectricity
Hydroelectricity is electricity produced from hydropower. In 2015 hydropower generated 16.6% of the world's total electricity and 70% of all renewable electricity, and was expected to increase about 3.1% each year for the next 25 years. Hydropower is produced in 150 countries, with the Asia-Pacific region generating 33 percent of global hydropower in 2013. China is the largest hydroelectricity producer, with 920 TWh of production in 2013, representing 16.9 percent of domestic electricity use.
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occupation
outflow
Amistad Reservoir
Bratsk Reservoir
Dnieper Reservoir
Dniprodzerzhynsk Reservoir
Elephant Butte Reservoir
Falcon International Reservoir
Flaming Gorge Reservoir
Inks Lake
Kakhovka Reservoir
Kaniv Reservoir
Kiev Reservoir
Kremenchuk Reservoir
Kuybyshev Reservoir
Lake Austin
Lake Buchanan (Texas)
Lake Dunlap
Lake Gonzales
Lake Kariba
Lake Lyndon B. Johnson
Lake Marble Falls
Lake McQueeney
Lake Travis
Lake Wood
Meadow Lake (Texas)
Nizhnekamsk Reservoir
Red Bluff Reservoir
Włocławek Reservoir
Zavoj Lake
type
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Conventional hydroelectricityDisadvantages of hydroelectricityEnvironmental impact of hydroelectricityHydelHydel energyHydro-electricHydro-electric PowerHydro-electric damHydro-electric plantHydro-electric powerHydro-electric power plantsHydro-electric power stationHydro-electric power stationsHydro-electricalHydro-electricityHydro electricHydro electricalHydro electricityHydro electricity generatorHydro energyHydro plantHydro power plantHydroelectricHydroelectric DamsHydroelectric PowerHydroelectric damHydroelectric damsHydroelectric energyHydroelectric generatorHydroelectric generatorsHydroelectric plantHydroelectric plantsHydroelectric potentialHydroelectric powerHydroelectric power plantHydroelectric power plantsHydroelectric power stationHydroelectric powerplantHydroelectric reservoirHydroelectric station
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label
plant type
Matre Hydroelectric Power Station
Mauranger Hydroelectric Power Station
Mår Hydroelectric Power Station
Nea Hydroelectric Power Station
Nore Hydroelectric Power Station
Rana Hydroelectric Power Station
Sima Hydroelectric Power Station
Svartisen Hydroelectric Power Station
Svelgfoss Hydroelectric Power Station
Svorkmo Hydroelectric Power Station
Såheim Hydroelectric Power Station
Tjodan Hydroelectric Power Station
Tokke Hydroelectric Power Station
Tonstad Hydroelectric Power Station
Tunnsjødal Hydroelectric Power Station
Tyin Hydroelectric Power Station
Tyssedal Hydroelectric Power Station
Vamma Hydroelectric Power Station
th fuel primary
Hydroelectricity
Hydroelectricity is electricity produced from hydropower. In 2015 hydropower generated 16.6% of the world's total electricity and 70% of all renewable electricity, and was expected to increase about 3.1% each year for the next 25 years. Hydropower is produced in 150 countries, with the Asia-Pacific region generating 33 percent of global hydropower in 2013. China is the largest hydroelectricity producer, with 920 TWh of production in 2013, representing 16.9 percent of domestic electricity use.
has abstract
25بك المحتوى هنا ينقصه الاستشه ...... والمستخدمة في نطاق عالمي واسع.
@ar
Hidroeletricidade é a energia ...... a apenas o desnível das marés.
@pt
Hydroelectricity is electricit ...... il fuel powered energy plants.
@en
L'énergie hydroélectrique, ou ...... par exemple avec l’hydrogène).
@fr
Гидроэнергетика — область хозя ...... отока в электрическую энергию.
@ru
水力発電(すいりょくはつでん、英:hydroelectric ...... を回して電気エネルギーを得る(発電を行う)方式のことである。
@ja
水力發電(英文:Hydroelectric power)是運 ...... 環境的破壞是永久性的、不可逆轉的,但發電功能的壽命卻是有限。
@zh
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Wikipage revision ID
741,456,393
hypernym
type
comment
25بك المحتوى هنا ينقصه الاستشه ...... والمستخدمة في نطاق عالمي واسع.
@ar
Hidroeletricidade é a energia ...... denominada turbina hidráulica.
@pt
Hydroelectricity is electricit ...... t of domestic electricity use.
@en
L'énergie hydroélectrique, ou ...... par exemple avec l’hydrogène).
@fr
Гидроэнергетика — область хозя ...... отока в электрическую энергию.
@ru
水力発電(すいりょくはつでん、英:hydroelectric ...... を回して電気エネルギーを得る(発電を行う)方式のことである。
@ja
水力發電(英文:Hydroelectric power)是運 ...... 環境的破壞是永久性的、不可逆轉的,但發電功能的壽命卻是有限。
@zh
label
Hidroeletricidade
@pt
Hydroelectricity
@en
Énergie hydroélectrique
@fr
Гидроэнергетика
@ru
طاقة كهرمائية
@ar
水力発電
@ja
水力發電
@zh