Design and Application of a Static VAR Compensator for Voltage Support in the Dublin, Georgia Area

D. Sullivan, J. Paserba, G. Reed, T. Croasdaile, R. Pape, D. Shoup, M. Takeda, Y. Tamura, J. Arai, R. Beck, B. Milosevic, S. Hsu, F. Graciaa
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引用次数: 19

Abstract

The Georgia Power Company (GPC), an affiliate of Southern Company, commission the 0 to +87 Mvar Laurens County static VAR compensator (SVC) in May of 2005. This paper presents the Dublin, Georgia area transmission network, the requirements for voltage support, the planning and engineering studies used in rating the SVC and verifying its performance, and provides an overview of the SVC design and control strategy. The Laurens County SVC will be connected to the 115 kV bus of the North Dublin 230/115 kV substation to provide steady-state voltage regulation and dynamic VAR support following major disturbances in the Dublin area. The SVC control strategy employs steady-state voltage regulation of the 115 kV North Dublin bus by coordinating control of local and remote mechanically switched capacitor (MSC) banks with the objective of ensuring sufficient dynamic VARs remain available for major local system disturbances
佐治亚州都柏林地区电压支撑静态无功补偿器的设计与应用
佐治亚电力公司(GPC)是南方电力公司的子公司,于2005年5月启用了0至+87 Mvar的劳伦斯县静态无功补偿器(SVC)。本文介绍了佐治亚州都柏林地区的输电网,对电压支撑的要求,对SVC进行评级和性能验证的规划和工程研究,并概述了SVC的设计和控制策略。劳伦斯县SVC将连接到北都柏林230/115千伏变电站的115千伏母线,在都柏林地区发生重大干扰后提供稳态电压调节和动态VAR支持。SVC控制策略通过协调本地和远程机械开关电容器(MSC)组的控制,采用115 kV北都柏林总线的稳态电压调节,目的是确保足够的动态var对主要的本地系统干扰仍然可用
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