IPFC和SMES在2型模糊控制电力系统稳定性改善中的作用

P. Sahu, Anjali Routray, Smitasree Jena, S. Panda, R. Prusty, B. K. Sahu
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引用次数: 0

摘要

本文论述了柔性交流输电装置对提高两区电力系统的频率和配线稳定性的重要性。研究工作实现了两种FACTS器件,即SMES(超磁储能装置)和IPFC(线间潮流控制器),以改善非线性电力系统的频率分布。在电力系统中,负荷动态是产生频率不稳定问题的主要来源。除了采用FACTS装置外,本文还采用了二类模糊控制方法来开发系统的二次回路。在有效性方面,将所建议的2型模糊控制器的活动性与1型模糊控制器和PID控制方法进行了比较。在不同的情况下,提出了一种准对抗性寻径算法(QO-PFA)来调整控制器参数。通过各种动态响应和数值得到了结果和结果。最后,从结果中得出事实器件在不同条件下对提高系统动态性能有巨大作用的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of IPFC and SMES for Stability improvement of a Power system with type-2 fuzzy controller
This paper addresses the importance of flexible AC transmission devices for frequency and tie-line power stability improvement of two area power system. The research work has implemented two FACTS devices such as SMES (super magnetic energy storing devices) & IPFC (Interline power flow controller) to improve frequency profile of a non-linear power system. The load dynamic is the main source to create frequency instability issues in the power system. Besides FACTS devices, the paper has also employed a type-2 fuzzy control approach to develop secondary loop in the system. In validity concern, the activity of the suggested type-2 fuzzy controller is compared with type-1 fuzzy controller and PID control approach. The controller parameters are tuned with suggesting a quassi oppositional path finder algorithm (QO-PFA) in different situations. The result and outcomes are obtained through various dynamic responses and numeric values. Finally, it is concluded from the outcomes that FACTS devices having huge effect to improve dynamic performance of the system in different conditions.
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