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The research of 110kV transmission line expanding diameter insulation jacket

机译:110kV输电线路扩径绝缘套的研究

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To eliminate local corona and reduce minimal discharge distance of transmission lines, this paper analyzed expanding diameter insulation jacket for 110kV transmission line. The minimal discharge distance and its relationship with the diameter of semi-conducting and expanding diameter was calculated theoretically, finding the best size of expanding diameter and general standard of expanding diameter jacket. Then a model of 110kV bare conductor installing expanding diameter insulation jacket is built, to figure out its electric field distribution by finite element method. Through analyzing, expanding diameter insulation jacket proved to be effective, and its minimal discharge distance decreases 60%.
机译:为了消除局部电晕并减小输电线路的最小放电距离,本文分析了110kV输电线路扩径绝缘套。从理论上计算了最小放电距离及其与半导体,扩径直径的关系,找到了扩径最佳尺寸和扩径套的通用标准。然后建立了一个110kV裸导体安装扩径绝缘套的模型,通过有限元法求出其电场分布。经分析,扩径绝缘套是有效的,最小放电距离减少了60%。

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