Study of the Physical Nature of the Electric Arc in Power Oil-Filled Transformers

Hruntovich Nv, Zhuk Ya
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Abstract

The conditions for the formation of an electric arc in transformers, as well as the physical processes of the formation of partial discharges, are insufficiently studied. There are certain reasons for this. Firstly, not all experts consider partial discharges a dangerous defect. Secondly, in some regulatory documents it is recommended to measure partial discharges once every eight years. Well-known Russian experts in the field of technical diagnostic power transformers are put partial discharges on the eighth place in ranking controlled parameters of the diagnostic value. At the same time, chromatographic analysis of dissolved gases comes first. Undoubtedly, the chromatographic control of combustible gases in oil allows one to obtain integral information about local overheating and the presence of partial discharges. But if we add to this the speed of development of the defect and the magnitude of the damage, then partial discharges must come first place.
电力充油变压器电弧物理性质的研究
对变压器中电弧形成的条件以及局部放电形成的物理过程的研究还不够充分。这是有一定原因的。首先,并非所有专家都认为部分放电是一种危险的缺陷。其次,在一些规范性文件中,建议每8年测量一次部分排放。俄罗斯电力变压器技术诊断领域的知名专家将局部放电在诊断值控制参数排名中排在第八位。同时,溶解气体的色谱分析是第一位的。毫无疑问,油中可燃气体的色谱控制使人们能够获得有关局部过热和局部放电的完整信息。但是,如果我们再加上缺陷发展的速度和损害的程度,那么部分放电必须排在第一位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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