中、高压电缆缺陷识别的局部PRPD模式

D. Gotz, F. Petzold, H. Putter, S. Markalous, Marco Stephan
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引用次数: 5

摘要

局部放电(PD)诊断是检测中高压电缆薄弱环节的一种行之有效的方法。除了局部放电起始/消光电压、局部放电皮库仑电平等关键参数外,最重要的参数之一是沿电缆的定位点。如果没有精确的定位,即使对关键参数的解释也可能导致错误的结论。然而,即使局部缺陷被定位,关于缺陷类型的附加信息对于处理检测到的缺陷的严重程度也是非常有帮助的。PD薄弱点是否需要直接更换,还是可以安全通电电缆,并在以后的时间安排更换有缺陷的部件。本文详细介绍了PRPD定位、PRPD模式以及PRPD模式的本地化。在“本地化”PRPD模式的帮助下,识别缺陷类型的新方法成为可能,并且可以得出关于缺陷严重性的更可靠的结论。
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Localized PRPD pattern for defect recognition on MV and HV cables
Partial discharge (PD) diagnostic is a well proven method for detecting weak spots in medium and high voltage cables. Beside the key parameters, like partial discharge inception / extinction voltage and partial discharge level in Pico-coulomb, one of the most important parameter is the point of localization along the cable. Without exact localization even the interpretation of the key parameters could lead to wrong conclusions. However even when the PD is localized additional information about the type of defect would be very helpful in addressing the severity of the detected defect. Does the PD weak spot need to be replaced directly, or can the cable be safely energized and the replacement of the defective component can be scheduled on a later time period. This paper goes into detail to PD localization, PRPD patterns and finally localized PRPD patterns. With help from “localized” PRPD patterns new ways of identifying the type of defect are possible and more reliable conclusions can, with regards to the severity of the defect, be drawn.
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