输配电系统故障指示器

Y. Tang, H.F. Wang, R. Aggarwal, A. Johns
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引用次数: 52

摘要

故障定位技术可分为三类:(1)基于基频电流和电压的故障定位技术;(2)基于行波和高频分量的;(3)基于知识的方法。故障指示器既可以安装在变电站,也可以安装在输电线路的杆塔上。本文综述了故障指示器在输配电系统中的应用。讨论了各种故障定位技术的原理、优缺点。最后,提出了一种基于故障产生的高频噪声信号(FI-HF)的高级故障指示器,该故障指示器安装在接地线与铁塔之间。故障产生的高频噪声信号由特殊设计的“接地陷阱”和堆栈调谐器捕获。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fault indicators in transmission and distribution systems
Fault location techniques can be classified under three categories: (1) those based on fundamental frequency currents and voltages; (2) those based on travelling wave and high frequency components; and (3) those based on knowledge-based approaches. Fault indicators can be installed either in substation or on pole/tower along the transmission line. This paper reviews the fault indicator applications both in transmission and distribution systems. Principles, merits and demerits of each fault location technique are discussed. Finally, this paper suggests an advanced fault indicator based on fault generated high frequency noise signal (FI-HF), which is mounted between earth wire and tower. Fault generated high frequency noise signal is captured by a special designed "earth trap" and stack tuner.
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