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Research on on-line insulation monitoring and fault location method of mine power supply XLPE cable

机译:矿用电源交联聚乙烯电缆在线绝缘监测及故障定位方法研究

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Due to the dust, humidity and many other causes, the mine cable insulation will decrease gradually. This would cause leakage accidents and cable single-phase ground fault and then endanger the safety of the coal mines and workers. In order to solve above problems, this paper proposed a coal mine on-line insulation monitoring and fault location method. The way to achieve the goal is by superimposing a different frequency signal (DFS). When the operation of the cable is normal, it will monitoring the insulation condition of mine cable on-line, and when a single-phase ground fault occurs it will convert to locate the point of fault automatically. It combines the insulation monitoring and fault location in one system. The ATP/MATLAB simulation results show the feasibility and effectiveness of the method.
机译:由于灰尘,湿气和许多其他原因,矿山电缆的绝缘会逐渐降低。这将导致泄漏事故和电缆单相接地故障,进而危害煤矿和工人的安全。为了解决上述问题,提出了一种煤矿在线绝缘监测与故障定位方法。实现此目标的方法是叠加不同的频率信号(DFS)。当电缆运行正常时,它将在线监测矿用电缆的绝缘状况,当发生单相接地故障时,它将自动转换为故障点。它在一个系统中将绝缘监控和故障定位结合在一起。 ATP / MATLAB仿真结果表明了该方法的可行性和有效性。

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