导体温度对交流电晕影响的研究

J. P. Holtzhausen, P. Pieterse, H. Vermeulen
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引用次数: 1

摘要

电晕是一种局部放电,它的开始取决于气体密度,而气体密度受环境压力和温度的影响。在电力中断期间,可能需要在有限的时间内使某些馈线过载,从而导致导体在高于正常温度的情况下运行。靠近导体的空气层也被加热。本文通过实验研究了高温对电晕的影响。特别指出了较高的导体温度对电晕起始水平的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of the effect of conductor temperature on AC power line corona
Corona is a partial electrical discharge and its inception depends on the gas density, which is affected by the ambient pressure and temperature. During times of power disruption, it may be necessary to overload certain feeders for a limited time, resulting in conductors running at temperatures above normal. The layer of air adjacent to the conductor is also heated. In this paper the effect of the higher temperature on corona is investigated experimentally. The effect of higher conductor temperatures on the corona inception levels is pointed out in particular.
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