变压器绝缘用不同固液对的静电特性

J. Podesser, B. Wieser, M. Muhr, R. Schwarz, G. Pukel, M. Lashbrook
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引用次数: 3

摘要

自20世纪70年代中期以来,静电带电现象被认为是强制冷却高压电力变压器数次停电的原因。强制油流导致液体和固体绝缘之间的静电充电。目前在该领域所做的大部分研究都是关于矿物油-纤维素绝缘系统的静电充电行为,而矿物油-纤维素绝缘系统通常用于电力变压器。高压工程与系统管理研究所的研究活动的目的是研究尚未得到很好研究的固液耦合。本文首次介绍了该研究所对芳纶与不同绝缘液体结合时的静电性进行的研究。
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Static electrification of different solid-liquid couples used in transformers for insulation
Since the middle of the 1970s the static electrification phenomenon was made responsible for several outages of forced cooled, high voltage power transformers. The forced oil flow results in electrostatic charging between the liquid and the solid insulation. Most of the research done till now in this field concerned the electrostatic charging behavior of mineral oil - cellulose insulation systems, conventionally applied in power transformers. The aim of the research activity at the Institute of High Voltage Engineering and System Management is the investigation of not so well studied solid - liquid couples. In this paper first investigations by the institute concerning static electrification of aramid in combination with different insulating liquids are shown.
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