均匀场中颗粒形状和总数对油绝缘局部放电和击穿电压特性的影响

D. Fahmi, I. M. Y. Negara, R. Wahyudi, D. A. Asfani, Made Yudhi Setyawan, M. Wahyudi
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引用次数: 0

摘要

油绝缘是高压电器中常用的绝缘介质之一。这种绝缘是为了把导电部分和不导电部分分开。但是,油绝缘会出现介电强度下降的现象。它可能是由固体颗粒的存在引起的。为此,进行了固体颗粒对油绝缘局部放电特性和击穿电压的影响试验。结果普遍证明,固体颗粒的存在会降低油绝缘的击穿电压值。此外,固体颗粒导致油绝缘上出现两种电晕,即正电晕和负电晕。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Shape and Total of Particle to Characteristics of Partial Discharge and Breakdown Voltage on Oil Insulation in Uniform Field
Oil insulation is one of the insulation medium types commonly used in high voltage apparatus. This insulation is to separate between the conductive part and non-conductive part. However, oil insulation can experience decreasing of dielectric strength. It may be caused by the presence of solid particles. Therefore, the testing was conducted to obtain the effect of solid particles to characteristics of partial discharge and breakdown voltage of oil insulation. The results generally proved that the existence of solid particles can reduce the breakdown voltage value of oil insulation. In addition, the solid particles led to two types of corona on oil insulation, namely positive and negative corona.
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