Identification of faulty load bus in a multi-bus power system

Debopoma Kar, Surajit Chattopadhyay, Kaushik Das Sharma, S. Sengupta
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引用次数: 1

Abstract

This paper deals with the identification of a faulty load bus, in a multi-bus power system, monitoring the inter-harmonic and sub-synchronous inter-harmonic operating point in P-δ plane, depending on passivity model based Gauss-Seidal iteration technique. In this analysis, real power, load angle and bus voltage have been calculated and the shifting of the various operating points in the inter-harmonic and sub-synchronous inter-harmonic P-δ curves have been assessed, for different feeders. The technique has been implemented in IEEE 30 bus system. Considerable change has been seen for fundamental and sub-synchronous inter-harmonic operating points in P-δ plane.
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多母线电力系统中故障负载母线的识别
本文利用基于无源模型的高斯-地震迭代技术,研究了多母线电力系统中故障母线的识别,以及P-δ平面谐波间工作点和次同步谐波间工作点的监测问题。在此分析中,计算了实际功率、负载角和母线电压,并评估了不同馈线的谐波间和次同步谐波间P-δ曲线中各工作点的位移。该技术已在IEEE 30总线系统中实现。P-δ平面的基频和次同步谐波工作点发生了相当大的变化。
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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