Detection of power quality events associated with grid integration of 100kW solar PV plant

Om Prakash Mahela, Abdul Gafoor Shaik
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引用次数: 38

Abstract

This paper presents a technique for the detection and localization of the power quality events associated with outage and grid synchronization of solar photovoltaic plant in distribution network. A standard IEEE 13 bus distribution network has been modified by adding 100kW solar photovoltaic plant. The proposed test system is simulated in MATLAB/simulink environment. Voltage signals captured at nodes of the test system are used for power quality analysis. The harmonic detection has been carried out using fast Fourier transform and the voltage sag, swell has been detected by voltage index calculated based on wavelet analysis. The unbalance in the voltage has been detected by sequence components of voltages. The power quality events associated with sudden change in the solar insolation have also been investigated. Detection and discrimination of synchronization, outage and sudden changes in solar insolation has been proposed using sequence components of voltages measured.
100kW太阳能光伏电站并网相关电能质量事件检测
本文提出了一种配电网中与太阳能光伏电站停电并网相关的电能质量事件检测与定位技术。通过增加100kW太阳能光伏电站,对标准IEEE 13总线配电网进行了改进。在MATLAB/simulink环境下对所提出的测试系统进行了仿真。测试系统各节点采集的电压信号用于电能质量分析。采用快速傅立叶变换进行谐波检测,采用基于小波分析计算的电压指数进行电压跌落、膨胀检测。电压的不平衡是通过电压的顺序分量来检测的。与太阳日照突然变化有关的电能质量事件也进行了研究。利用测量电压的序列分量,提出了同步、中断和太阳日照突变的检测和判别方法。
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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