Analysing the performance for outer shed insulator With non-uniform pollution

N. Praba, L. Kalaivani
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引用次数: 1

Abstract

In an electric power system, insulator plays a major role, it provides reliable operation to transmission and distribution system. Insulators are used to isolate the conductors from line to earth as well as to provide mechanical support, which prevents any leakage current from conductors to earth. When the insulator is installed in Industrial area, agriculture area, and coastal area, the salt is deposited on the surface of the insulators. It builds up gradually from a conductive film on the surface of the insulator. Finally, it results in the causes flashover on the surface of insulators. The aim of this work to analyze the performance of the insulators when energized by HVAC under artificial pollution coated. The laboratory-based pollution performance test is conducted on the insulator due to IEC60507 solid layer pollution method. The pollutant mixture in different ratios with equal intervals is used to coat by brushing method. ESDD levels are noted based on artificial pollution. Pollution is artificially created on the insulator both the silicone coated and without coating [insulators]. Finally, a comparison is made for coated and non-coated insulators under the sources of pollution.
非均匀污染外棚绝缘子性能分析
在电力系统中,绝缘子起着重要的作用,它为输配电系统提供可靠的运行保障。绝缘体用于隔离导线与地线之间的连接,并提供机械支撑,以防止导线与地线之间的漏电流。在工业区、农业区和沿海地区安装绝缘子时,会在绝缘子表面沉积盐。它从绝缘体表面的导电膜逐渐形成。最后,引起绝缘子表面闪络。本文分析了人工污染涂层条件下暖通空调励磁绝缘子的性能。根据IEC60507固体层污染法对绝缘子进行实验室污染性能测试。采用刷涂法,将不同比例、等间隔的污染物混合物涂覆。ESDD的水平是根据人工污染标注的。污染是人为地在绝缘体上造成的,包括有硅涂层和没有涂层的绝缘体。最后,对不同污染源下的涂覆绝缘子和非涂覆绝缘子进行了比较。
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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