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SIGNAL PROCESSING TECHNOLOGY FOR FAULT LOCATION SYSTEM IN UNDERGROUND POWER CABLE

机译:地下电力电缆故障定位系统信号处理技术

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With rapid growth of industry, underground power delivery systems are growing so rapidly and its capacity also growing. So if there are any accident in underground power cable, its inference is too great to count. So power system operators should find its fault location as soon as possible and replace it. But it is difficult to find its fault location for underground power cable. We are developing fault location system for underground power cable which can detect its fault location exactly. This system usually monitor underground power cable online. But if there are an accident, it record its transient signal and we can calculate fault location by analyzing it. To develop fault location system for power cable, we needed fault simulation system and we installed it physically and tested at various point. In this thesis, we describe on signal processing technology to detect fault location on power cable and on the result of tested fault location performance.
机译:随着行业的快速增长,地下电力输送系统正在发展如此迅速,其能力也在增长。因此,如果地下电力电缆发生任何事故,它的推理太大而无法计数。因此,电力系统运营商应尽快找到其故障位置并更换它。但很难找到地下电力电缆的故障位置。我们正在为地下电源线开发故障定位系统,可以精确地检测其故障位置。该系统通常在线监控地下电源电缆。但如果发生了事故,它会记录其瞬态信号,我们可以通过分析来计算故障位置。要为电源线开发故障定位系统,我们需要故障仿真系统,我们在物理上安装它并在各种点测试。在本文中,我们描述了在信号处理技术上检测电源线上的故障位置以及测试故障定位性能的结果。

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