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Application of Fault Location Mode Based on Travelling Waves for Neutral Non-effective Grounding Systems

机译:基于行波的故障定位模式在中性点非有效接地系统中的应用

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正Fault location for distribution feeders short circuit especially single-phase grounding fault is an important task in distribution system with non-effectively grounded neutral.Fault location mode for distribution feeders using fault generated current and voltage transient traveling waves was investigated.The characteristics of transient traveling waves resulted from each short circuit fault and their transmission disciplinarian in distribution feeders are analyzed.This paper proposed that double end travelling waves theory which measures arriving time of fault initiated surge at both ends of the monitored line is fit for distribution feeders but single end traveling waves theory not.According to different distribution feeders,on the basis of analyzing original traveling waves reflection rule in line terminal, Current-voltage mode,voltage-voltage mode and current-current mode for fault location based on traveling waves are proposed and aerial mode component of original traveling waves is used to realize fault location.Experimental test verify the feasibility and correctness of the proposed method.
机译:<正>配电网短路,特别是单相接地故障的故障定位是中性点接地无效的配电系统中的一项重要任务。研究了故障馈线利用故障产生的电流和电压瞬态行波的故障定位模式。分析了每个短路故障引起的暂态行波及其在配电馈线中的传输规律。本文提出了一种双端行波理论,用于测量受监控线路两端故障引发的浪涌到达时间,这适用于配电馈线,但是根据不同的配电馈线,在分析线路终端原始行波反射规律的基础上,提出了基于行波故障定位的电流-电压模式,电压-电压模式和电流-电流模式。行波的航模分量实验验证了所提方法的可行性和正确性。

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