Natural aging of SiR insulators in Pakistan

S. Amin, M. Amin
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引用次数: 11

Abstract

Composite or 3 polymeric insulators with a lot of advantages over ceramic (porcelain or glass insulators) have been in use since last 15 years. Before they are readily adopted as future insulators, a lot of work on their life estimation is required. The reason is their organic nature which causes the degradation of their useful electrical properties with time. To investigate this, lot of work is in progress all over the world and a work was also started on them to investigate their performance in Pakistan. In an initial part of that work SiR Rubber samples and full scale 10 kV distribution class SiR Insulators were aged in natural environment of HATTAR city. The HATTAR city is a heavily polluted industrial area near Islamabad. These insulators were installed in open environment and energized for two years. All natural stresses like rain, fog, salt, dust, pollution, UV radiation affect the insulator and cause its aging. The state of aging and degradation was estimated at defined time intervals by different material analysis techniques. The results are particularly useful for direct estimation of state and were also used for developing weather cycles of the HATTAR city environment for future work.
巴基斯坦SiR绝缘子的自然老化
复合或三聚体绝缘子与陶瓷(瓷或玻璃绝缘子)相比有很多优点,已经使用了15年。在它们被用作未来的绝缘体之前,需要对它们的寿命估计进行大量的工作。原因是它们的有机性质导致它们有用的电性能随着时间的推移而退化。为了调查这一点,世界各地正在进行大量的工作,也开始调查他们在巴基斯坦的表现。在该工作的最初部分,SiR橡胶样品和全尺寸10kv配电级SiR绝缘子在哈塔尔市的自然环境中老化。哈塔尔市是伊斯兰堡附近一个污染严重的工业区。这些绝缘子安装在开放环境中并通电两年。所有自然压力,如雨、雾、盐、灰尘、污染、紫外线辐射都会影响绝缘体并导致其老化。采用不同的材料分析技术,在规定的时间间隔内估计材料的老化和退化状态。结果对于直接估计状态特别有用,也用于为未来的工作开发HATTAR城市环境的天气周期。
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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