具有连续监测定子绕组局部放电的经验

M. Fenger, G. Stone, B. Lloyd
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引用次数: 6

摘要

局部放电(PD)试验用于评估额定4kv及以上的电机和发电机定子绕组的绝缘状况已有几十年的历史。大多数用户更喜欢在线测试。目前进行的主要测试包括在定子绕组上永久安装PD传感器,并使用便携式仪器定期测量PD活动。虽然对高压电机是一种有效的方法,但对中压电机则需要对定子绕组进行连续监测。此外,对高压机器进行连续监测确实有一些优点。本文介绍了从数十台电机和发电机中选择的结果,其中PD已连续监测长达7年。讨论了与便携式测量系统的比较。分析表明,在相同的机器运行条件下自动采集数据,更容易识别PD的趋势,因此连续监测对绕组状态的诊断更有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experience with continuous partial discharge monitoring of stator windings
Partial discharge (PD) testing has been used for decades to evaluate the insulation condition in motor and generator stator windings rated 4 kV and above. Most users prefer an on-line test. The predominant test performed today involves permanently installing PD sensors on the stator winding and using portable instrumentation to measure the PD activity periodically. Although being an effective approach for higher voltage machines, continuous monitoring of the stator winding is required for medium voltage machines. In addition, continuous monitoring of high voltage machines does have some advantages. This paper presents results selected from many dozens of motors and generators where the PD has been continuously monitored for up to 7 years. The comparison with portable measuring systems is discussed. The analysis shows, that it is more effective to diagnose the winding condition with continuous monitoring since the trend in PD is much easier to discern when the data is automatically collected under the same machine operating conditions.
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