基于同步故障时间的直流输电故障定位算法

Kristianto Adi Widiatmoko, F. D. Wijaya, Tumiran Tumiran
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引用次数: 0

摘要

针对高压直流输电系统中直流线路故障的故障定位问题,提出了一种基于行波法和基于学习法的故障定位算法。给出了行波到达时间差与故障定位的关系。将传输线两端测得的行波到达时间的差值与相关的故障位置相结合,形成故障模式,用该故障模式进行简单计算,以确定扰动位置。利用电磁瞬变仿真软件EMTDC/PSCAD对不同故障位置的故障电流进行了仿真。利用不同的故障定位和电阻对所提出的故障定位算法的性能进行了研究。数据采样率的影响也在这里进行了研究。仿真结果表明,该算法可以在相同精度下降低采样频率和训练特征个数。
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Fault Location Algorithm for HVDC Transmission Based on Synchronized Fault Time
To determine the fault location of the dc line fault in an HVDC transmission system, a new algorithm based on the traveling wave method and learning based method is proposed in this paper. The relationship between the traveling wave time of arrival differences with fault location is presented.  The differences in traveling wave time of arrival measured at both ends of transmission line combined with associated fault locations form a fault pattern which is used to perform a simple calculation in order to determine the disturbance location. The fault current for different fault locations is simulated using the electromagnetic transient simulation software EMTDC/PSCAD. Performance of the proposed fault location algorithm is investigated using various fault location and resistance. The impact of data sampling rate also being investigated here. The simulation result shows that the proposed algorithm can reduce the sampling frequency and the number of train feature with the same accuracy.
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