Partial discharge pattern recognition based on Transient Earth Voltage for 10 kV switchgear in smart grid

T. Han, B. Du, Yu Gao, Yansong Xia
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引用次数: 4

Abstract

Partial discharge (PD) measurement is a promising method for condition assessment of insulation systems in smart grid. Conventional PD measuring systems have some difficulties in the measurements especially under on-line and noisy conditions. There is a growing tendency to use new measuring systems for the detection of PD pulses in 10 kV switchgears. In this paper, a new PD detection method based on Transient Earth Voltage (TEV) has been proposed. An efficient sensor was employed to detect PD pulses. The TEV sensor was implemented on a 10 kV switchgear and the TEV signals of three kinds of discharge were recorded and analyzed. The distribution characteristics of the signals were studied to achieve the pattern recognition. Finally the result of pattern recognition based on TEV signals was discussed. The result shows that the three kinds of discharge can be recognized through the spectrograms.
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基于瞬态地电压的10kv智能电网开关柜局部放电模式识别
局部放电测量是一种很有前途的智能电网绝缘系统状态评估方法。传统的局部放电测量系统在测量中存在一定的困难,特别是在在线和噪声条件下。在10kv开关柜中,越来越多的人使用新的测量系统来检测PD脉冲。本文提出了一种基于瞬态地电压的局部放电检测方法。采用高效传感器对PD脉冲进行检测。将TEV传感器安装在10kv开关柜上,记录并分析了三种放电方式下的TEV信号。研究了信号的分布特征,实现了模式识别。最后讨论了基于TEV信号的模式识别结果。结果表明,通过谱图可以识别出三种放电类型。
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