聚合物绝缘子闪络前漏电流的预测动态电弧模型

C. Muniraj, S. Chandrasekar
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引用次数: 1

摘要

本文分析了湿工况下聚合物绝缘子因污染而产生的泄漏电流特性,并建立了预测聚合物绝缘子闪络前泄漏电流的动态模型。本文提出的动态电弧模型考虑了多个具有抗污染能力的电弧序列以及电弧电阻、电弧长度随时间的变化。本文以氯化钠为污染物,在交流电压下对11kV聚合物绝缘子进行了不同污染水平下的室内污染性能试验。为了验证所建立的模型,测量了实验研究过程中的漏电流波形。对11kV聚合物绝缘子的初步研究结果表明,所建立的动态电弧模型可以很容易地预测闪络前泄漏电流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Predictive dynamic arc model of the pre-flashover leakage current on polymeric insulators
This paper deals with the analysis of leakage current characteristics of polymeric insulator due to pollution under wet conditions and also Dynamic model is developed to predict the pre-flashover leakage current of polymeric insulators. The Dynamic arc model presented here which takes into account multiple arc series with pollution resistance and time variation of arc resistance, arc length. In this work, the laboratory based pollution performance tests were carried out on 11kV polymeric insulator under AC voltage at different pollution levels with sodium chloride as a contaminant. For validate the developed model, Leakage current waveforms during the experimental studies were measured. Reported results of this preliminary study on 11kV polymeric insulator shows that the pre-flashover leakage current can be easily predict by the developed dynamic arc model.
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