Flexible AC Transmission Systems

J. Chow, J. Sanchez-Gasca
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引用次数: 1

Abstract

The main objective of flexible AC transmission systems (FACTS) controllers is to improve system stability: transient, voltage, and small‐signal, such that the AC transmission system becomes more reliable or additional power flow can be transferred on critical paths. This chapter discusses the use of FACTS controllers to accomplish these goals. It focuses on series compensation with fixed series capacitors and thyristor‐controlled series compensators for improving power system transfer capability and stability. The chapter describes FACTS based on both the thyristor and voltage‐sourced converter technologies. It also discusses the static var compensator (SVC) steady‐state operation, in which the SVC would regulate its terminal voltage precisely to a desired value in negligible time. The chapter describes the use of controllers based on a voltage‐sourced converter technology for AC‐DC conversion, allowing them to perform both reactive and active power control. It considers shunt controllers and series and coupled controllers.
柔性交流输电系统
柔性交流输电系统(FACTS)控制器的主要目标是提高系统的稳定性:瞬态、电压和小信号,使交流输电系统变得更加可靠,或者在关键路径上可以传输额外的功率流。本章讨论使用FACTS控制器来实现这些目标。重点研究了用固定串联电容和可控硅控制串联补偿器进行串联补偿,以提高电力系统的传输能力和稳定性。本章描述了基于晶闸管和电压源转换器技术的FACTS。本文还讨论了静态无功补偿器(SVC)稳态工作,其中SVC将在可忽略不计的时间内精确地将其终端电压调节到所需值。本章描述了基于电压源转换器技术的AC - DC转换控制器的使用,允许它们执行无功和有功功率控制。它考虑了并联控制器和串联及耦合控制器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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