S. Zelingher, B. Fardanesh, B. Shperling, S. Dave, L. Kovalsky, C. Schauder, A. Edris
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引用次数: 26
摘要
a /spl plusmn/ 200mva可转换静态补偿器(CSC)的开发和实施,是最新一代灵活的交流输电系统(FACTS)技术,将有助于缓解纽约州中部输电线路的拥堵。CSC是一种基于电压源逆变器技术的电力电子控制装置,是采用FACTS和传统技术相结合的输电系统加固项目的一部分。CSC正在纽约尤蒂卡附近的NYPA Marcy 345千伏变电站安装。此外,三个135 MVAr并联电容器组将安装在纽约州的345千伏变电站。一旦全面实施,这将为纽约中部的电力传输限制提供一个长期的解决方案,通过将州上到州下的电力传输限制提高240兆瓦,改善电压和潮流控制,并最大限度地利用现有的输电资产。在电力行业放松管制的关键时期,电网的可靠性和弹性将得到提高。NYPA正在与EPRI、西门子和21家公用事业公司合作开发和实施CSC。
The development and implementation of a /spl plusmn/200 MVA convertible static compensator (CSC), the latest generation of flexible AC transmission system (FACTS) technology, will help relieve transmission line congestion in Central New York State. The CSC, a power-electronics control device based on voltage source inverter technology, is part of a transmission system reinforcement project employing a combination of FACTS and conventional technologies. The CSC is being installed at NYPA's Marcy 345 kV substation near Utica, New York. In addition, three 135 MVAr shunt capacitor banks will be installed at 345 kV substations across New York State. When fully implemented, this will provide a long-term solution to the power transfer limitations in Central New York by raising the limit of upstate-to-downstate power transfers by 240 megawatts, improving voltage and power-flow control, and maximizing the use of existing transmission assets. Enhancements to the reliability and resiliency of the network will be achieved at a critical time of electric power industry deregulation. NYPA is working together with EPRI, Siemens and a group of 21 utilities on the CSC development and implementation.