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Analysis and Design of Wide Area Damping Controller for STATCOM in Series Compensated Power System

机译:串联补偿电力系统STATCOM广域阻尼控制器的分析与设计。

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The devices support signals are commonly used to increase damping and mitigation of Subsynchronous Resonance in Power System. Choice of auxiliary signal is indeed a difficult choice. Auxiliary signal may be local signal or remote signal. In this paper STATCOM is install in the center of Power system and it is shown that deviation in speed of generator rotor is one of the most appropriate supplementary signal. This signal is a remote signal hence a suitable time delay is considered. Study system is IEEE first benchmark model. First standard model of STATCOM with IEEE representation is presented in detail. All the differential equations and initial conditions are presented in the paper. Both, small signal and large signal stabilities are carried out.
机译:这些设备支持信号通常用于提高电力系统中亚同步谐振的阻尼和缓解程度。辅助信号的选择确实是一个困难的选择。辅助信号可以是本地信号或远程信号。本文将STATCOM安装在电力系统的中心,结果表明发电机转子的速度偏差是最合适的补充信号之一。该信号是远程信号,因此需要考虑适当的时间延迟。研究系统是IEEE的第一个基准模型。详细介绍了具有IEEE表示的STATCOM的第一个标准模型。本文介绍了所有的微分方程和初始条件。小信号稳定性和大信号稳定性均被执行。

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