A new method of fault location on transmission lines

Xing Yin, Fang-zong Wang
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Abstract

This paper presents a new technique of accurate fault location based on an improved joint diagonalization algorithm — Three Iterations Algorithm(TIA). It employs the fault generated high-frequency transients, which contain abundant fault information. The FFT algorithm and TIA are combined to analyze the selected mode component of the fault generated high-frequency transients to accurately found the difference of the adjacent natural frequencies and realize the fault location. A typical 500kV system in MATLAB is used to verify the performance. The simulation results show that the proposed method can improve the accuracy of fault location, whereas require less sampling points and less computation.
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一种新的输电线路故障定位方法
提出了一种基于改进联合对角化算法的故障精确定位新技术——三迭代算法(TIA)。它利用故障产生的高频暂态,其中包含丰富的故障信息。将FFT算法与TIA相结合,对故障产生的高频瞬态选取模态分量进行分析,准确发现相邻固有频率的差值,实现故障定位。用MATLAB对一个典型的500kV系统进行了性能验证。仿真结果表明,该方法可以提高故障定位的精度,减少采样点和计算量。
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