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Analysis and study subsynchronous resonance (SSR) in Tabriz thermal power plant using thyristor controlled series compensator

机译:使用晶闸管控制串联补偿器分析和研究大不里士热电厂的次同步谐振(SSR)

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Compensation technique using series capacitor is very cost-effective way to increase power transfer capability. But use of the series capacitors may cause Oscillations Subsynchronous Resonance (SSR). In this paper Subsynchronous Resonance phenomenon investigated in compensation networks with series capacitor. And shown that unlike a fixed series compensation effect in creating the SSR phenomenon, if the TCSC (thyristor controlled series compensator) to be used for series compensated transmission network, with Suitable control of the TCSC, can adjusted Subsynchronous Oscillations in compensated networks with fixed capacitor. Analysis method that is used in this paper, Is time domain analysis. That simulation achieved with electromagnetic transient model of power system elements. In this paper NGH scheme, is used for damping Subsynchronous Oscillations. Simulations carried out in Software PSCAD/ EMTDC. And performance this Scheme for damping Subsynchronous Oscillations According to the results obtained from simulations on the two systems studied, is shown.
机译:使用串联电容器的补偿技术是增加功率传输能力的非常经济有效的方法。但是,使用串联电容器可能会引起振荡次同步谐振(SSR)。本文研究了串联电容器补偿网络中的次同步谐振现象。并且表明,与产生SSR现象的固定串联补偿效应不同,如果将TCSC(晶闸管控制的串联补偿器)用于串联补偿传输网络,并通过适当控制TCSC,则可以使用固定电容器来调节补偿网络中的次同步振荡。 。本文使用的分析方法是时域分析。该仿真是通过电力系统元件的电磁瞬态模型实现的。在本文中,NGH方案用于衰减次同步振荡。在软件PSCAD / EMTDC中进行的仿真。并根据从所研究的两个系统的仿真获得的结果,显示了该用于抑制次同步振荡的方案的性能。

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