Multiple Partial Discharge Diagnostics as a Set Covering Problem

N. Kinsht, N. Petrunko
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Abstract

The question about the real number of defects in the HV equipment insulation and their properties is major but existing IEC standards aren’t accounted an idea of multiple defects. The defect is considered as a unique source of a series of partial discharges (PD) and the observed integral pattern of the PD is an overlap of all PD series. Ordinary representation of the PD integral pattern is well looked but can’t in common to separate PD sets associated with different defects. The investigation of the quasi-deterministic PD model shows that PD series have special properties and there allow formulate differential diagnostic algorithms for insulation defects. It is used mathematical problem of set coverage. The result of computer modeling is shown.
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多局部放电诊断作为集覆盖问题
高压设备绝缘缺陷的实际数量及其性能是一个重要的问题,但现有的IEC标准并没有考虑到多重缺陷的概念。该缺陷被认为是一系列局部放电(PD)的独特来源,所观察到的局部放电的整体模式是所有局部放电系列的重叠。普通的PD积分图表示形式很美观,但不能共同地将与不同缺陷相关联的PD集分开。对准确定性局部放电模型的研究表明,局部放电序列具有特殊的性质,可以制定绝缘缺陷的微分诊断算法。这是一个集覆盖的数学问题。给出了计算机模拟的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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