TCSC对传统应急控制的负面影响及原理

Zhen Tan, Yabo Lv, Yanjun Wang, Jiangbo Luo, Wei Li, Xiaodan Cui
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引用次数: 0

摘要

随着电力电子技术的发展,可控硅串联控制电容器(TCSC)等柔性交流输电系统得到了广泛的应用。不仅增强了系统的控制能力,同时也增加了电网控制的复杂性。同时,特高压交直流混合电网的建成对电网运行和控制提出了新的要求。本文基于扩展等面积准则(EEAC),介绍了一摆和反摆失稳机构体系。针对TCSC接入电网的问题,进一步研究了某些系统故障缺乏现有的安全控制方法,可能使不稳定模态问题恶化的问题。需要指出的是,TCSC的接入可能会对电网的安全稳定产生负面影响。结合实际电网数据,分析了TCSC对系统安全和传统应急控制的影响,并提出了相应的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Negative effect and principle of TCSC to traditional emergency control
With the development of power electronic technology, flexible AC transmission systems (FACTS), such as thyristor controlled series capacitor (TCSC) are widely used. Not only enhancing the control capacity of the system, but also increasing the complexity of the power grid control. At the same time the completed UHV AC/DC hybrid power grid puts forward new requirements for power grid operation and control. In this paper, based on the extended equal-area criterion (EEAC) introduced system of the first swing and reverse swing instability mechanism. Aimed at the access of TCSC to power grid, the problem of lacking of existing security control methods in some system failures that may worsen the problem of unstable modes is furtherly studied. It is noted that the access of TCSC may have negative effects on the security and stability of the power grid. The effects of TCSC will have on the system security and the traditional emergency control are analyzed by the actual power grid data, as well as the corresponding solutions.
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