On-line PD detection, requirements for practical use

J. van Bolhuis, E. Gulski, J. Smit
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引用次数: 3

Abstract

Because the energy market liberalisation forces utilities to cut costs, delayed replacement and smaller maintenance budgets have become goals for many utilities. Competing with this demand is the increased risk of liability for unexpected nondelivered energy. These two forces have stimulated research into the field of onsite and online diagnosis in order to determine the condition of a transformer at the least possible cost. One of the fields that has attracted attention is partial discharge measurements, as they are seen as a good indicator for local defects and incipient failure caused by such. This paper describes two onsite partial discharge methods that both use frequency information to to deal with noise and enable online measurements. One method uses VHF frequencies, the other uses UHF frequencies. Based on this comparison, a questionnaire was sent to several Dutch utilities asking them to specify how the see the relevance of partial discharge measurements and how they would implement it. The paper presents the conclusions from this questionnaire and the direction of development desired by the utilities.
在线PD检测,要求实用
由于能源市场自由化迫使公用事业公司削减成本,推迟更换和减少维护预算已成为许多公用事业公司的目标。与这种需求相竞争的是意外无法交付能源的责任风险增加。这两种力量刺激了现场和在线诊断领域的研究,以便以尽可能低的成本确定变压器的状态。局部放电测量是引起关注的领域之一,因为它们被视为局部缺陷和由局部缺陷引起的早期失效的良好指标。本文介绍了两种现场局部放电方法,它们都利用频率信息来处理噪声并实现在线测量。一种方法使用甚高频频率,另一种使用超高频频率。在此比较的基础上,向几家荷兰公用事业公司发送了一份调查问卷,要求他们具体说明如何看待部分排放测量的相关性以及他们将如何实施。本文给出了问卷调查的结论和电力公司期望的发展方向。
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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