How to Deal with the Severity of Different Partial Discharge Sources in Rotating Machines: The Definition of a New Health Index

G. Montanari, P. Seri, A. Contin
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引用次数: 4

Abstract

There are two thought trends concerning partial discharge, PD, measurements and diagnostics in electrical insulation systems. One is make it simple and refer to PD amplitude and repetition rate. The other is try to identify the typologies of discharges and focus on each type of source generating PD for diagnostic and maintenance decisions. In this paper, an approach towards the determination of a health index for rotating machines is presented. It is based on the harmfulness of typical defects able to generate PD and, hence, on the capability of the detection system (sensor, filters, PD detector, software) to provide efficient noise rejection and/or noise and PD source identification. The output, that is, the global health index, is thought to be helpful to support maintenance manager decisions about the actions which may be needed to keep reliability of a rotating machine at the desired level, and also to evaluate in terms of cost/effectiveness the potential maintenance actions.
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如何处理旋转机械中不同局部放电源的严重程度:一个新的健康指标的定义
在电气绝缘系统中,局部放电、局部放电、测量和诊断有两种思想趋势。一是简化,参考PD振幅和重复率。另一种是试图确定放电的类型,并关注产生PD的每种类型的源,以进行诊断和维护决策。本文提出了一种确定旋转机械健康指数的方法。它基于能够产生PD的典型缺陷的危害性,因此基于检测系统(传感器、滤波器、PD检测器、软件)提供有效噪声抑制和/或噪声和PD源识别的能力。输出,即全局运行状况指数,被认为有助于支持维护管理人员就可能需要采取的行动作出决策,以使旋转机器的可靠性保持在期望的水平,并从成本/效率方面评估潜在的维护行动。
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