集成电气数据和变压器气体分析,实现全资产监控

Terrence Smith, Christopher White
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引用次数: 0

摘要

变压器差动是电力系统中最常发生误动的保护系统之一。当差速器运行时,由于故障可能深埋在变压器内部,通常很难确定故障的原因。溶解气体分析(DGA)可以帮助故障排除人员对热故障、电弧和故障做出判断,并帮助确定是否存在合理的变压器故障。DGA还可以帮助变压器资产管理团队对变压器的长期健康状况做出长期声明。在转换后的变压器中加入在线DGA系统,可以提供可靠的连续的变压器健康数据。此外,在线DGA通过对变压器油的溶解气体进行分析,可以帮助变压器故障后的故障排除。本文研究了一种利用变压器电气故障数据和DGA数据合并成一个报告的新技术,以便在变压器故障后更快地做出决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration of electrical data and transformer gas analysis for full asset monitoring
Transformer differential is one of the most often mis-operated protection systems within the power system. When the differential operates, it is often difficult to determine cause because a fault may be buried deep within the transformer. Dissolved Gas Analysis(DGA) can help the trouble-shooter make statements about thermal faults and arcs and faults and help to identify the presence of a legitimate transformer fault. DGA can also help the transformer asset management team make long term statements about the health of the transformer over-time. An on-line DGA system can be added to the transformed to give reliable continuous data about the health of the transformer. Additionally, the on-line DGA can help to trouble-shoot after a transformer fault by giving dissolved gas analysis of the transformer oil. This paper examines a novel technique which uses the electrical fault data from a transformer and the DGA data and incorporates them into a single report to facilitate faster decision making after a transformer fault.
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