油性质对油纸绝缘空间电荷特性及电场畸变的影响

Hao Jian, Fu Jin, Wu Gaolin, Wang Qian, Yaochen Qiang
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引用次数: 7

摘要

油/纸绝缘系统中空间电荷的形成会导致材料在高电场区降解,影响系统的可靠性。了解影响油/纸绝缘系统中空间电荷形成的因素非常重要。油纸绝缘材料空间电荷特性的研究都是基于油纸绝缘材料。本文研究了油浸保温压板的空间电荷动态行为,以及油隙与油浸保温压板组合的混合绝缘的空间电荷动态行为。讨论了油的性质对电荷和电场分布行为的影响。老化油浸保温板中注入的电荷比新油浸保温板中注入的电荷有更高的迁移速率。与油浸保温压板相比,在油与压板的界面处积聚了大量的空间电荷,导致油隙和油浸保温压板内电场畸变明显。新油纸绝缘注入的电荷比旧油纸绝缘注入的电荷更难以消散。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of oil property on the space charge characteristics and electric field distortion in oil-paper insulation
The formation of space charge in oil/paper insulation system can lead to material degradation in the high electric field region and affect system reliability. It is important to understand factors that affect space charge formation in oil/paper insulation system. All the researches on the space charge characteristics of oil-paper insulation are all based on the oil impregnated insulation paper. In this paper, the space charge dynamic behavior of the oil impregnated insulation pressboard and the mixed insulation with a combination of oil gap and oil impregnated insulation pressboard were both studied. The oil property effect on the charge and electric field distribution behavior were discussed. The injected charge in aged oil impregnated insulation pressboard has a higher migration rate than that in new oil impregnated insulation pressboard. Compared with the oil impregnated insulation pressboard, a lot of space charges accumulate at the interface between oil and pressboard, which leads to obvious electric field distortion in oil gap and in oil impregnated insulation pressboard. The charge injected in new oil-paper insulation is more difficult to dissipation than that in aged oil-paper insulation.
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