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Mit Nelson-River-Bipol wird ein System von … Mit Nelson-River-Bipol wird ein System von zwei kanadischen Hochspannungs-Gleichstrom-Übertragungs-Leitungen (HGÜ) bezeichnet, die von den im Norden Manitobas gelegenen Stromrichterstationen (Radisson Converter Station) und (Henday Converter Station), die in den nahegelegenen Wasserkraftwerken erzeugte elektrische Energie zu der bei Winnipeg gelegenen Stromrichterstation (Dorsey Converter Station) übertragen. Es werden auf zwei parallelen Leitungstrassen bipolare Stromleitungen verwendet, die auf meist abgespannten Freileitungsmasten aufgehängt sind.annten Freileitungsmasten aufgehängt sind.
, Nelson River DC Transmission System, aussi … Nelson River DC Transmission System, aussi connu sous le nom Manitoba Bipole, est un ensemble de deux lignes HVDC dans la province de Manitoba au Canada et géré par la société Manitoba Hydro. Il fait partie du projet hydroélectrique du fleuve Nelson et a pour objectif de transporter l'énergie depuis les barrages du fleuve Nelson au nord vers les villes au sud. Le système est constitué de deux bipôles HVDC : les postes redresseurs sont dénommés Radisson, près deGillam, et Henday, près de , tandis que le poste onduleur se nomme Dorsey, près de , soit à 26 km de Winnipeg la plus grande ville de la province. La longueur des lignes est d'environ 900 km, la tension utilisée par le bipôle 1 est de ±450 kV et sa puissance de 1 620 MW, le bipôle 2 a une tension de ±500 kV et une puissance de 1 800 MW. La première ligne utilisait des valves à vapeur de mercure, c'est d'ailleurs la dernière installation de ce type au monde et la plus grande. Le second bipôle est le premier système HVDC à thyristor refroidi à eau. Les lignes de transmissions sont au total au nombre de quatre, deux par bipôle. En 2014, la construction d'un troisième bipôle est planifiée.ction d'un troisième bipôle est planifiée.
, The Nelson River DC Transmission System, a … The Nelson River DC Transmission System, also known as the Manitoba Bipole, is an electric power transmission system of three high voltage, direct current lines in Manitoba, Canada, operated by Manitoba Hydro as part of the Nelson River Hydroelectric Project. It is now recorded on the list of IEEE Milestones in electrical engineering. Several records have been broken by successive phases of the project, including the largest (and last) mercury-arc valves, the highest DC transmission voltage and the first use of water-cooled thyristor valves in HVDC. The system transfers electric power generated by several hydroelectric power stations along the Nelson River in Northern Manitoba across the wilderness to the populated areas in the south. It includes two rectifier stations, Radisson Converter Station near Gillam at 56°21′41″N 94°36′48″W / 56.36139°N 94.61333°W and Henday Converter Station near Sundance at 56°30′14″N 94°08′24″W / 56.50389°N 94.14000°W, one inverter station, Dorsey Converter Station at Rosser located 26 kilometres (16 mi) north west of Winnipeg at 49°59′34″N 97°25′42″W / 49.99278°N 97.42833°W), and two sets of high-voltage direct current transmission lines. Each HVDC transmission line has two parallel overhead conductors to carry the positive and negative feeds. A third line, Bipole 3, was completed in 2018, running from the new Keewatinoow Converter Station along the west side of Lake Manitoba to the new Riel Converter station on the east side of Winnipeg. There are no intermediate switching stations or taps. All three bipolar systems have extensive ground return electrodes to allow use in monopolar mode.electrodes to allow use in monopolar mode.
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Nelson River Bipoles 1 and 2 terminate at Dorsey Converter Station near Rosser, Manitoba. The station takes HVDC current and converts it to HVAC current for re-distribution to consumers
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Dorsey Converter Station at Rosser located north west of Winnipeg at )
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The Nelson River DC Transmission System, a … The Nelson River DC Transmission System, also known as the Manitoba Bipole, is an electric power transmission system of three high voltage, direct current lines in Manitoba, Canada, operated by Manitoba Hydro as part of the Nelson River Hydroelectric Project. It is now recorded on the list of IEEE Milestones in electrical engineering. Several records have been broken by successive phases of the project, including the largest (and last) mercury-arc valves, the highest DC transmission voltage and the first use of water-cooled thyristor valves in HVDC. of water-cooled thyristor valves in HVDC.
, Nelson River DC Transmission System, aussi … Nelson River DC Transmission System, aussi connu sous le nom Manitoba Bipole, est un ensemble de deux lignes HVDC dans la province de Manitoba au Canada et géré par la société Manitoba Hydro. Il fait partie du projet hydroélectrique du fleuve Nelson et a pour objectif de transporter l'énergie depuis les barrages du fleuve Nelson au nord vers les villes au sud. Le système est constitué de deux bipôles HVDC : les postes redresseurs sont dénommés Radisson, près deGillam, et Henday, près de , tandis que le poste onduleur se nomme Dorsey, près de , soit à 26 km de Winnipeg la plus grande ville de la province. La longueur des lignes est d'environ 900 km, la tension utilisée par le bipôle 1 est de ±450 kV et sa puissance de 1 620 MW, le bipôle 2 a une tension de ±500 kV et une puissance de 1 800 sion de ±500 kV et une puissance de 1 800
, Mit Nelson-River-Bipol wird ein System von … Mit Nelson-River-Bipol wird ein System von zwei kanadischen Hochspannungs-Gleichstrom-Übertragungs-Leitungen (HGÜ) bezeichnet, die von den im Norden Manitobas gelegenen Stromrichterstationen (Radisson Converter Station) und (Henday Converter Station), die in den nahegelegenen Wasserkraftwerken erzeugte elektrische Energie zu der bei Winnipeg gelegenen Stromrichterstation (Dorsey Converter Station) übertragen. Es werden auf zwei parallelen Leitungstrassen bipolare Stromleitungen verwendet, die auf meist abgespannten Freileitungsmasten aufgehängt sind.annten Freileitungsmasten aufgehängt sind.
|
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Nelson River DC Transmission System
, Nelson-River-Bipol
|
