Comparison of AC pollution flashover performance of insulators in chamber with high altitude spots

Zhijin Zhang, Haizhou Huang, Xingliang Jiang, Jianlin Hu, Caixin Sun
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引用次数: 1

Abstract

The electric performance of polluted insulator string may reduce under high altitude. The paper studies the AC pollution flashover performance of insulators at different height of altitude field and chamber climate separately. The test results show that: The deviation between test results with the artificial and field experiments is less than 8%, when the test carried out in climate chamber under low air pressure conditions, the characteristic exponent n describing the influence degree of air pressure on pollution flashover voltage which has influence on the pollution flashover voltage of insulators is mutative, and the value of n is related to the pollution, insulator type etc.. Under AC voltage, n is 0.50~0.60. The composite insulator is superior in external insulation selection in high altitude and heavy polluted areas. The results obtained by the test which carried out in climate chamber can guide the designing of the external insulation.
高海拔点室绝缘子交流污闪性能比较
受污染的绝缘子串在高海拔地区的电性能会下降。本文分别研究了不同海拔场高度和室内气候条件下绝缘子的交流污闪性能。试验结果表明:试验结果与人工试验和现场试验的偏差小于8%,在低压气候室内进行试验时,描述气压对绝缘子污闪电压影响程度的特征指数n是突变的,其值与污染程度、绝缘子类型等有关。交流电压下,n为0.50~0.60。复合绝缘子在高海拔、重污染地区的外保温选择中具有优势。在气候室进行的试验结果可指导外保温的设计。
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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