STATCOM在改善并网混合电厂电能质量问题中的作用

Ishtiyaq Shafi Rafiqi, A. H. Bhat
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引用次数: 1

摘要

将与太阳风混合发电厂同步的电网与静态同步补偿器(STATCOM)连接起来,分析了混合电厂的一些电能质量问题。STATCOM的无功功率可以被吸收或注入电力系统。STATCOM对严重中断(如故障或风电场机械功率波动)立即作出反应。它有助于恢复稳定,保持电压稳定。STATCOM使用电压源转换器以更快的速度注入或吸收无功功率。这种倍增电路产生的谐波比简单的电压波形少。在相对较短的时间内,STATCOM的动态响应从容性功能转变为感性功能。在低压交流系统中,当电压下降时,STATCOM承担无功作用。为了分析所提出的系统在现实世界中的反应,使用MATLAB软件对系统的动态模型进行了仿真。对太阳风混合系统的性能进行了测试,以验证STATCOM系统的结果。
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 STATCOM in improving the power quality issues in hybrid power plant connected to a power grid
A power grid synchronized with a solar-wind hybrid power plant is connected with Static Synchronous Compensator (STATCOM) to analyses some of the power quality issues occurring in hybrid power plants. A STATCOM's Reactive power may be absorbed or injected into the power system. STATCOM responds immediately to severe interruptions, such as faults or wind farm mechanical power fluctuation. It helps to restore stability and keep the voltage steady. STATCOM uses a voltage source converter to inject or absorb reactive power at a faster rate. This multiples circuit generates fewer harmonics than a simple voltage waveform. In a relatively short time, the STATCOM's dynamic response changes from capacitive to inductive functioning. In low-voltage AC systems, the STATCOM takes on the reactive-power role when voltage drops. To analyses how the proposed system would react in the real world, MATLAB software is used to simulate the dynamic model of the system. The solar wind hybrid system is tested for its performance to verify the STATCOM system results.
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