Design of D-STATCOM for Power Quality Improvement in Wind Power Systems

Kapil Kumar Badoliya, Rakesh Singh Lodhi
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引用次数: 1

Abstract

The study of problem is when high value reactive load adding or removing that time voltage sag and swell, we are trying to removing sag and swell we can say that stable for all time. The D-STATCOM ac current mode activities in active and reactive current are suppressed by mode shape; along these lines fortifying the receptive current exercises on the heap transport voltage guideline. It can be clearly seen from the obtained results that the voltage attains stability after a short surge even on sudden change in load conditions. The aforesaid conditions have been verified by both load addition and load removal. Application is all generation system used (wind, thermal, solar, etc.), D-STATCOM implement in wind power systems.
用于风电系统电能质量改进的D-STATCOM设计
研究的问题是,当高值无功负荷增加或减少电压起伏时,我们试图消除起伏,我们可以说是一直稳定的。D-STATCOM交流电流在有功电流和无功电流下的模态活动受到模态振型的抑制;沿着这条线,加强接受电流对堆输运电压准则的练习。从得到的结果可以清楚地看出,即使在负载条件突然变化的情况下,电压也能在短暂的浪涌后保持稳定。上述条件已通过加荷和卸荷验证。应用于所有发电系统使用(风能、热能、太阳能等),D-STATCOM实现在风力发电系统中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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