New proposal of correction factors for dc voltages

P. Calva, V. del Moral, M.G. Marquez, G.P. Cabrera
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引用次数: 7

Abstract

The IEC-60-1989 and IEEE Std. 4-1995 procedures for dc voltages are not suitable for high altitudes. The assumption that the streamer propagation field varies linearly with the relative air density does not apply to high-altitude dc breakdown. Recently it has been published some work related to the positive polarity, in this paper, finally, considering both positive and negative polarities a new proposal of correction factors for dc voltages is presented. It has been concluded that the effect of air density and humidity can be accounted for independently, that in positive polarity it is necessary to correct both for relative air density and for humidity, but in negative polarity only by relative air density, furthermore, a gap factor for different arrangements of electrodes is introduced.
直流电压校正系数的新建议
IEC-60-1989和IEEE Std. 4-1995直流电压规程不适用于高海拔地区。流光传播场随相对空气密度线性变化的假设不适用于高空直流击穿。近年来已发表了一些与正极性有关的工作,本文最后在考虑正极性和负极性的情况下,提出了直流电压校正系数的新建议。得出的结论是,空气密度和湿度的影响可以独立解释,在正极性中需要对相对空气密度和湿度进行校正,但在负极性中只需要通过相对空气密度进行校正,此外,引入了不同电极排列的间隙因子。
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