An Entity of Type: Thing, from Named Graph: http://dbpedia.org, within Data Space: dbpedia.org

This article provides a list of the largest hydroelectric power stations by generating capacity. Only plants with capacity larger than 2,000 MW are listed. The Three Gorges Dam in Hubei, China, has the world's largest instantaneous generating capacity (22,500 MW), with the Itaipu Dam in Paraguay/Brazil in second place (14,000 MW). Despite the large difference in installed capacity, these two power stations generate nearly equal amounts of electrical energy during the course of an entire year - Itaipu 103 TWh in 2016 and Three Gorges 98.8 TWh in 2014, because the Three Gorges experiences six months per year when there is very little water available to generate power, while the Paraná River that feeds the Itaipu has a much lower seasonal variance in flow. Energy output of the Three Gorges re

Property Value
dbo:abstract
  • Vodní elektrárny představují největší zdroje elektrické energie. Nejvýkonnější jaderná elektrárna, japonská Kašiwaki-Kariwa je v seznamu zdrojů podle výkonu až na 6. místě a její výkon je přibližně třetinový oproti největší vodní elektrárně Tři soutěsky v Číně. V historii výstavby elektráren byly vodní zdroje vždy na prvním místě a patří mezi největší stavby vůbec. (cs)
  • Die Liste der größten Wasserkraftwerke der Erde zeigt die leistungsstärksten Wasserkraftwerke der Erde ab 1.500 MW: (de)
  • Cet article établit la liste des barrages hydroélectriques les plus puissants de la planète ; plus précisément ce sont les barrages qui sont couplés à une centrale hydroélectrique de plus de 2 000 mégawatts (MW). (fr)
  • This article provides a list of the largest hydroelectric power stations by generating capacity. Only plants with capacity larger than 2,000 MW are listed. The Three Gorges Dam in Hubei, China, has the world's largest instantaneous generating capacity (22,500 MW), with the Itaipu Dam in Paraguay/Brazil in second place (14,000 MW). Despite the large difference in installed capacity, these two power stations generate nearly equal amounts of electrical energy during the course of an entire year - Itaipu 103 TWh in 2016 and Three Gorges 98.8 TWh in 2014, because the Three Gorges experiences six months per year when there is very little water available to generate power, while the Paraná River that feeds the Itaipu has a much lower seasonal variance in flow. Energy output of the Three Gorges reaches 125 TWh in years of high feed availability. The Three Gorges (22,500 MW - 32 × 700 MW and 2 × 50 MW) is operated jointly with the much smaller Gezhouba Dam (2,715 MW), the total generating capacity of this two-dam complex is 25,215 MW. The Itaipu on the Brazil–Paraguay border has 20 generator units with overall 14,000 MW of installed capacity, however the maximum number of generating units allowed to operate simultaneously cannot exceed 18 (12,600 MW). The Jinsha River (the upper stream of Yangtze River) complex is the largest hydroelectric generating system currently under construction. It has three phases. Phase one includes four dams on the downstream of the Jinsha River. They are Wudongde Dam, Baihetan Dam, Xiluodu Dam, and Xiangjiaba Dam, with generating capacity of 10,200 MW, 16,000 MW, 13,860 MW, and 6,448 MW respectively. Phase two includes eight dams on the middle stream of the Jinsha River. The total generating capacity is 21,150 MW. Phase three includes eight dams on the upper stream of the Jinsha River. The total generating capacity is 8,980 MW. The total combined capacity of the Jinsha complex with the Three Gorges complex will be 101,853 MW. Preliminary plans exist for the construction of the next largest hydroelectric power station with an installed capacity of 39,000 MW. The Project is called Grand Inga and is planned to be realised on the lower Congo River. China is said to have been working on a 50,000 MW dam as part of the Yarlung Tsangpo Hydroelectric and Water Diversion Project. Another proposal, Penzhin Tidal Power Plant, presumes an installed capacity up to 87,100 MW. The largest hydroelectric power stations top the list of the largest power stations of any kind, are among the largest hydraulic structures and are some of the largest artificial structures in the world. (en)
  • Este artigo fornece uma lista das maiores usinas hidrelétricas por capacidade de geração. Apenas as usinas com capacidade superior a 2.000 MW estão listadas. A Hidrelétrica das Três Gargantas no Rio Yangtzé em Hubei, China, tem a maior capacidade de geração instantânea do mundo (22.500 MW, com a Usina de Itaipu no Paraguai/Brasil em segundo lugar (14.000 MW. Apesar da grande diferença na capacidade instalada, essas duas usinas geram quantidades quase iguais de energia elétrica ao longo de um ano inteiro (Itaipu 103 TWh em 2016 e Três Gargantas 98,8 TWh em 2014, já que Três Gargantas experimenta seis meses de seca por ano, quando há muito pouca água disponível para gerar energia, enquanto o Rio Paraná, que alimenta a Itaipu, tem uma variação sazonal de fluxo muito menor. A produção de energia de Três Gargantas chega a 125 TWh em anos de alta disponibilidade de água. Três Gargantas (22.500 MW - 32 × 700 MW e 2 × 50 MW é operada em conjunto com a Hidrelétrica de Gezhouba (2.715 MW, a capacidade total de geração deste complexo de duas barragens é de 25.215 MW. Itaipu, na fronteira do Brasil com o Paraguai, possui 20 unidades geradoras com 14.000 MW de capacidade instalada, no entanto, o número máximo de unidades geradoras permitidas para operar simultaneamente não pode exceder 18 (12.600 MW. O Complexo do Rio Jinsha (na parte superior do Rio Yangtze é o maior sistema de geração hidrelétrica atualmente em construção. Possui três fases. A primeira fase inclui quatro barragens a jusante do Rio Jinsha. Eles são Wudongde, Baihetan, Xiluodu, e Xiangjiaba, com a capacidade de geração de 10.200 MW, 16.000 MW, 13.860 MW, e 6.448 MW, respectivamente. A fase dois inclui oito barragens no curso médio do Rio Jinsha. A capacidade total de geração é de 21.150 MW. A fase três inclui oito barragens na parte superior do Rio Jinsha. A capacidade total de geração é de 8.980 MW. A capacidade total combinada do complexo Jinsha com o complexo das Três Gargantas será de 101.853 MW. Existem planos preliminares para a construção da próxima maior usina hidrelétrica com uma capacidade instalada de 39.000 MW. O projeto se chama Grand Inga e está planejado para ser realizado no baixo Rio Congo. Diz-se que a China está trabalhando em uma barragem com capacidade de 50.000 MW como parte do Projeto Hidrelétrico e Desvio de Água Yarlung Tsangpo. Outra proposta, a Usina de Penjin, pressupõe capacidade instalada de até 87.100 MW gerados com energia das ondas na Baía de Penjin. As maiores hidrelétricas encabeçam a lista das maiores usinas de qualquer tipo, estão entre as maiores estruturas hidráulicas e algumas das maiores estruturas artificiais do mundo. (pt)
  • За 2015 год гидроэнергетика обеспечила производство 63 % возобновляемой и 16,6 % всей электроэнергии в мире. Установленная энергетическая мощность гидроэлектростанций (ГЭС) неуклонно растёт и достигла в 2009 году 780 ГВт. Лидерами по выработке гидроэнергии в абсолютных значениях являются Китай, Канада, Бразилия, на душу населения — Норвегия, Исландия и Канада. Наиболее активное гидростроительство на начало XXI века ведёт Китай, для которого гидроэнергия является основным потенциальным источником энергии — в этой стране размещено до половины малых гидроэлектростанций мира, крупнейшая ГЭС мира «Три ущелья» на реке Янцзы, а также строится крупнейший в мире каскад ГЭС общей мощностью более 97 000 МВт. Самая мощная ГЭС «Три ущелья» в Китае имеет общую установленную мощностью около 22 500 МВт и годовую выработку около 100 млрд кВт⋅ч, как и бразильско-парагвайская ГЭС «Итайпу». Ещё более крупная ГЭС «Гранд Инга» мощностью 39 000 МВт планируется к сооружению международным консорциумом на реке Конго в Демократической Республике Конго (бывший Заир). Есть также проект по созданию Пенжинской приливной электростанции мощностью 87 000 МВт у Охотского моря в Магаданской области и Камчатском крае России. Крупнейшие ГЭС («Три ущелья», ГЭС «Итайпу» и др.) являются крупнейшими электростанциями, гидротехническими сооружениями и одними из крупнейших любых других сооружений мира. (ru)
  • У цій статті наведено список найбільших гідроелектростанцій за виробничими потужностями. Тут перераховані лише установки потужністю понад 2000 МВт. (uk)
  • 世界水电站列表列出了目前世界上在2 GW (吉瓦 以上的水电站。 位于中国湖北省的三峡水电站,是世界上最大的水电站,总装机容量为22.50 GW;位于巴西和巴拉圭的伊泰普水电站是世界第二大水电站,装机容量为14.00 GW。不过,伊泰普水电站所处的巴拉那河水量丰沛且季节分布相对均衡,几乎可以全年满负荷发电;而三峡水电站则每年都会经历约6个月的,从而限制了其发电量。 三峡水电站与葛洲坝水电站(装机容量2.777 GW)联合调度运行,两座电站的合计装机容量达25.277 GW。2010年,三峡-葛洲坝联合发电量为100.6 TWh,比同年伊泰普水电站的发电量(85.97 TWh)高17%。 总装机容量14.00 GW的伊泰普水电站,从1997年到2013年,连续16年成为世界上发电量最大的单体水电站,2013年曾创造了年发电量98.63 TWh的历史纪录。2014年,三峡水电站全年发电量达到98.8 TWh,创造了新的发电量世界纪录,并首次成为世界上年发电量最大的水电站。此后,伊泰普水电站与三峡水电站的年发电量交替领先。 金沙江(长江上游)梯级水电站是正在建设中的最大水力发电系统,将分三阶段建设。第一阶段包括金沙江下游的4座水电站:乌东德、白鹤滩、溪洛渡和向家坝,装机容量分别为10.20 GW、16.00 GW、13.86 GW和7.75 GW,这4座水电站的总装机容量合计高达47.81 GW。溪洛渡水电站、向家坝水电站已于2014年全部建成,第一阶段计划将在2015年全部完工。第二阶段包括金沙江中游的8座水电站,总装机容量将达8.98 GW。而未来金沙江梯级水电站与三峡-葛洲坝梯级水电站的总装机容量合计将达95.745 GW。 此外,规划中的刚果河一旦建成,有望成为世界上装机容量和发电量最大的单体水电站,它计划安装52台发电机组,装机容量将会达到39.00 GW。 (zh)
dbo:thumbnail
dbo:wikiPageID
  • 13240688 (xsd:integer)
dbo:wikiPageLength
  • 30498 (xsd:nonNegativeInteger)
dbo:wikiPageRevisionID
  • 1041202104 (xsd:integer)
dbo:wikiPageWikiLink
dbp:wikiPageUsesTemplate
dct:subject
rdfs:comment
  • Vodní elektrárny představují největší zdroje elektrické energie. Nejvýkonnější jaderná elektrárna, japonská Kašiwaki-Kariwa je v seznamu zdrojů podle výkonu až na 6. místě a její výkon je přibližně třetinový oproti největší vodní elektrárně Tři soutěsky v Číně. V historii výstavby elektráren byly vodní zdroje vždy na prvním místě a patří mezi největší stavby vůbec. (cs)
  • Die Liste der größten Wasserkraftwerke der Erde zeigt die leistungsstärksten Wasserkraftwerke der Erde ab 1.500 MW: (de)
  • Cet article établit la liste des barrages hydroélectriques les plus puissants de la planète ; plus précisément ce sont les barrages qui sont couplés à une centrale hydroélectrique de plus de 2 000 mégawatts (MW). (fr)
  • У цій статті наведено список найбільших гідроелектростанцій за виробничими потужностями. Тут перераховані лише установки потужністю понад 2000 МВт. (uk)
  • This article provides a list of the largest hydroelectric power stations by generating capacity. Only plants with capacity larger than 2,000 MW are listed. The Three Gorges Dam in Hubei, China, has the world's largest instantaneous generating capacity (22,500 MW), with the Itaipu Dam in Paraguay/Brazil in second place (14,000 MW). Despite the large difference in installed capacity, these two power stations generate nearly equal amounts of electrical energy during the course of an entire year - Itaipu 103 TWh in 2016 and Three Gorges 98.8 TWh in 2014, because the Three Gorges experiences six months per year when there is very little water available to generate power, while the Paraná River that feeds the Itaipu has a much lower seasonal variance in flow. Energy output of the Three Gorges re (en)
  • Este artigo fornece uma lista das maiores usinas hidrelétricas por capacidade de geração. Apenas as usinas com capacidade superior a 2.000 MW estão listadas. A Hidrelétrica das Três Gargantas no Rio Yangtzé em Hubei, China, tem a maior capacidade de geração instantânea do mundo (22.500 MW, com a Usina de Itaipu no Paraguai/Brasil em segundo lugar (14.000 MW. Apesar da grande diferença na capacidade instalada, essas duas usinas geram quantidades quase iguais de energia elétrica ao longo de um ano inteiro (Itaipu 103 TWh em 2016 e Três Gargantas 98,8 TWh em 2014, já que Três Gargantas experimenta seis meses de seca por ano, quando há muito pouca água disponível para gerar energia, enquanto o Rio Paraná, que alimenta a Itaipu, tem uma variação sazonal de fluxo muito menor. A produção de en (pt)
  • За 2015 год гидроэнергетика обеспечила производство 63 % возобновляемой и 16,6 % всей электроэнергии в мире. Установленная энергетическая мощность гидроэлектростанций (ГЭС) неуклонно растёт и достигла в 2009 году 780 ГВт. (ru)
  • 世界水电站列表列出了目前世界上在2 GW (吉瓦 以上的水电站。 位于中国湖北省的三峡水电站,是世界上最大的水电站,总装机容量为22.50 GW;位于巴西和巴拉圭的伊泰普水电站是世界第二大水电站,装机容量为14.00 GW。不过,伊泰普水电站所处的巴拉那河水量丰沛且季节分布相对均衡,几乎可以全年满负荷发电;而三峡水电站则每年都会经历约6个月的,从而限制了其发电量。 三峡水电站与葛洲坝水电站(装机容量2.777 GW)联合调度运行,两座电站的合计装机容量达25.277 GW。2010年,三峡-葛洲坝联合发电量为100.6 TWh,比同年伊泰普水电站的发电量(85.97 TWh)高17%。 总装机容量14.00 GW的伊泰普水电站,从1997年到2013年,连续16年成为世界上发电量最大的单体水电站,2013年曾创造了年发电量98.63 TWh的历史纪录。2014年,三峡水电站全年发电量达到98.8 TWh,创造了新的发电量世界纪录,并首次成为世界上年发电量最大的水电站。此后,伊泰普水电站与三峡水电站的年发电量交替领先。 此外,规划中的刚果河一旦建成,有望成为世界上装机容量和发电量最大的单体水电站,它计划安装52台发电机组,装机容量将会达到39.00 GW。 (zh)
rdfs:label
  • Seznam největších vodních elektráren (cs)
  • Liste der größten Wasserkraftwerke der Erde (de)
  • Liste des barrages hydroélectriques les plus puissants (fr)
  • List of largest hydroelectric power stations (en)
  • Lista das maiores usinas hidrelétricas do mundo (pt)
  • Lista największych elektrowni wodnych (pl)
  • Крупнейшие ГЭС в мире (ru)
  • 世界水电站列表 (zh)
  • Список найбільших ГЕС світу (uk)
owl:sameAs
prov:wasDerivedFrom
foaf:depiction
foaf:isPrimaryTopicOf
is dbo:wikiPageRedirects of
is dbo:wikiPageWikiLink of
is rdfs:seeAlso of
is foaf:primaryTopic of
Powered by OpenLink Virtuoso    This material is Open Knowledge     W3C Semantic Web Technology     This material is Open Knowledge    Valid XHTML + RDFa
This content was extracted from Wikipedia and is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License