并网混合系统中D-Statcom与UPQC结合提高电能质量

Sumithra M, Sujatha B.C
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引用次数: 2

摘要

电力需求不断增加,为满足能源需求,利用非常规能源。本文将WES和pv结合在一起,在PCC与电网瞬间产生功率和电压。由于将混合动力系统并入电网会产生电能质量问题。混合动力系统基本上是两个发电系统的组合,将持续提供电力。pv将太阳辐射转化为电能,WES将风能转化为电能。本研究的目的是关注电能质量问题,即电压/电流波动、闪烁、失真、阻尼、谐波等参数对电压/电流的凹陷/膨胀进行分析。为了缓解电能质量问题,使用了D-STATCOM和UPQC等FACTS器件的组合,并在SIMULINK/MATLAB软件中进行了仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancement of Power Quality by the Combination of D-Statcom and UPQC in Grid Connected to Hybrid System
Demand for electricity increasing, to meet energy requirement non-conventional energy sources are utilized. In this paper combination of WES and PVS generates power and voltage at PCC with grid instantaneously. Due to integration of hybrid system into the grid poses power quality issues. Basically hybrid system is the combination of two power generating system that will provide power continuously. PVS converts solar radiation into electric energy and WES converts wind energy into electric energy. The goal of this study is concerned on power quality problems i.e voltage/current fluctuation, flickers, distortion, damping, harmonics and other parameters are voltage/current sag/swell are analyzed. To mitigate the power quality issues combination of FACTS Devices such as D-STATCOM and UPQC are used and simulated in SIMULINK/MATLAB Software.
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