Naïve用于定子绕组暂态短路故障检测的贝叶斯分类器

D. A. Asfani, M. Purnomo, D. Sawitri
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引用次数: 3

摘要

本文提出了Naïve贝叶斯分类器检测系统来识别定子绕组劣化的症状。该系统基于概率分类器,对故障情况进行了强独立性假设。暂时性短路是指具有高阻抗的非永久性短路故障。该故障案例代表了定子绝缘击穿的早期阶段。通过室内实验,模拟了感应电动机定子改造和电流测量系统的故障情况。对检测系统进行训练,识别暂态短路的发生,包括暂态启动、稳态和暂态短路的结束。该系统还使用未经训练的数据进行测试,以阐明检测性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Naïve Bayes classifier for temporary short circuit fault detection in stator winding
This paper is proposing Naïve Bayes classifier detection system to identify the symptom of stator winding deterioration. The proposed system is based on probabilistic classifier with strong independence assumption of each fault case. The temporary short circuit case is defined as non permanent short circuit fault with high impedance. This fault case is representing the early stage of stator insulation break down. The laboratory experiment is performed to simulate the fault cases consist of induction motor with stator modification and current measurement system. The detection system is trained to identify the temporary short circuit occurrence consist of transient starting, steady state and ending of temporary short circuit. The system is also tested using non trained data to clarify the detection performance.
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