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Improving Power System Dynamics By Series Connected FACTS Controllers (TCSC)

机译:通过串联连接的事实控制器(TCSC)提高电力系统动力学

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摘要

Nowadays, the power transmission network is expanding and is getting more complicated day by day. The problems of uncontrolled loop flows, overloading, excess of short circuit current levels and system instabilities are causes of concern for a power engineer. These serious problems have necessitated new transmission technologies to be adopted such as FACTS (Flexible AC Transmission System) devices which make electrical energy transmission more efficient and reliable. Among the FACTS controllers the TCSC (Thyristor Controlled Series Compensators) plays a major role. TCSC is mainly used to enhance line loadability and damp inter-area oscillations for smooth synchronous operation of the interconnected regions. Thus TCSC is used to enhance the effective performance of the system. The main objective of this paper is to examine the improvement of power system stability by introducing TCSC in the power system model through the inspection of their waveforms, where the design and simulation is done by using PSCAD (Power System Computer Aided Design).
机译:如今,电力传输网络正在扩展,并在日复一日地变得更加复杂。不受控制的环路流,过载,短路电流水平和系统稳定性的问题是电力工程师关注的原因。这些严重问题需要采用新的传输技术,例如事实(灵活的AC传输系统)设备,使电能传输更有效可靠。在事实控制器中,TCSC(晶闸管控制系列补偿器)起着重要作用。 TCSC主要用于增强线路加载性和潮湿的区域间振荡,以实现互连区域的平稳同步操作。因此,TCSC用于增强系统的有效性能。本文的主要目的是通过检查其波形在电力系统模型中引入电力系统模型中的TCSC来研究电力系统稳定性的提高,其中通过使用PSCAD(电力系统计算机辅助设计)进行设计和仿真。

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