STATCOM在实时电力系统中的性能分析

K. Sundararaju, A. N. Kumar, A. N. Kumar, S. Jeeva
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引用次数: 2

摘要

电力是引起电力公司和消费者兴趣的主要问题。为了保证一个可靠的电力系统,所有母线在受到任何干扰之前和之后都应保持稳定的可接受电压。分析了其中的静态同步补偿器(STATCOM),提供了一种可靠可行的解决方案。本文针对实时电力系统的变负荷和变损耗问题,对STATCOM进行了全面的分析。对一个有20个母线的实时变电站进行了潮流分析,并对有无STATCOM进行了潮流分析。在没有STATCOM连接的情况下,系统电压、线路流量和损耗的可观察变化会导致意想不到的系统行为。这会自动影响电网的质量,从而严重影响用户,这表明需要进行潮流分析和STATCOM在系统上的位置,以改善电压分布。结果表明,该模型在改善变电站性能方面具有良好的效果。
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Performance analysis of STATCOM in real time power system
Power is a major concern that has generated interest in electrical utilities and consumers. To assure a reliable power system, all the buses are expected to maintain steady acceptable voltage before and after being subjected to any disturbance. Among the FACTs devices a static synchronous compensator,(STATCOM) is analyzed to provide a reliable and feasible solution. This paper presents a comprehensive analysis of STATCOM with a real time power system concerning the problem of variable loading and losses. A real time substation with 20 bus are analyzed with power flow analysis with and without STATCOM. Without the connection of STATCOM, a observable changes in the system voltage, line flows and losses results in a unexpected system behavior. This automatically influence the quality of grid and hence the customers are affected badly, indicating the need of power flow analysis and location of STATCOM on the system to improve the voltage profile. It is demonstrated that the described model works to an excellent level in bettering the substation performance.
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