基于高频电流传感器的电力电缆局部放电定位技术研究

B. Paophan, A. Kunakorn, P. Yutthagowith, S. Pumyoy
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引用次数: 2

摘要

本文研究了电力电缆局部放电定位技术。PD信号的测量采用高频电流传感器,该传感器安装在电缆的一端(近端),经实验验证。使用充电量为200pc的标准PD脉冲校准器,沿全长为37.925 m的电缆,对不同位置的PD位置进行了测量。采用时域反射法(TDR)定位沿电缆的局部放电缺陷,该方法本质上是基于行波理论。从PD定位的实验结果来看,在PD缺陷点(x)为21.41 m处,时域反射法PD定位的最大误差为0.859%。通过本实验,该技术可以进一步应用于PD定位相关的实际应用和研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of A Partial Discharge Location Technique for Power Cables Using High Frequency Current Transducer
In this paper, a partial discharge location technique for power cables was studied. PD signals are measured by high frequency current transducer which has been experimentally verified and installed at the end one (near end) of cable. The standard PD pulse calibrator with the charge of 200 pC was used to investigate the PD location at various position along the cable with total length is 37.925 m. The PD location method, time domain reflectometry (TDR) is used to locate the PD defect along the cable, which essentially based on the f travelling wave theory. From the experimental results of PD location, the highest error of PD location by time domain reflectometry method is 0.859 % at PD defect point (x) of 21.41 m. From this experiment, the proposed technique can be applied to further practical application and research related to PD location.
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