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An Experience of On-site PD Testing for Condition Monitoring of an 11 kV PILC Cable Insulation System

机译:11 kV PILC电缆绝缘系统状态监测的现场局部放电测试的经验

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摘要

A cable circuit of a substation in the United Kingdom showed high level of PD activities during a survey using hand hold PD testing equipment. The authors were invited to carry out on-site PD testing experiment to further diagnose and locate the potential problem of the cable system. This paper presents the experience of the present authors carrying out the cable test. Following a brief introduction to the experiment equipments and physical connections, the paper analyses the data collected from the testing, including PD pulse shape analysis, frequency spectrum analysis and phase resolved PD pattern analysis. Associated with PD propagation direction identification, PD source diagnosis and localisation was made. Four different types of sensors, which were adapted during the testing, are shown to have different frequency bandwidths and performed differently. After comparing the parameters of the sensor and the PD signals detected by individual sensor, optimal PD monitoring bandwidth for cable system is suggested.
机译:在使用手持式PD测试设备进行的调查中,英国变电站的电缆电路显示出较高的PD活动。邀请作者进行现场PD测试实验,以进一步诊断和定位电缆系统的潜在问题。本文介绍了作者进行电缆测试的经验。在简要介绍了实验设备和物理连接之后,本文分析了从测试中收集的数据,包括局部放电脉冲形状分析,频谱分析和相位分辨局部放电图案分析。结合PD传播方向识别,进行PD源诊断和定位。在测试过程中适应的四种不同类型的传感器显示具有不同的频率带宽和不同的性能。在比较传感器的参数和单个传感器检测到的PD信号之后,建议为电缆系统提供最佳的PD监视带宽。

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