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可靠性与测试 故障诊断 可靠性分析 ★ 2.0

基于搜索线圈电压和励磁电流特征分析的m相环形绕组无刷励磁机电枢故障可靠检测

Reliable Detection of Armature Fault in Brushless Exciters With m-Phase Toroidal Winding Using Search-Coil Voltage and Field Current Signature Analysis

语言:

中文摘要

在核电站运行中,对m相环形无刷励磁机(mPTBE)的旋转电枢绕组短路(AWSC)故障进行快速、灵敏且可靠的诊断至关重要。传统的基于定子励磁电流特征分析(FCSA)的诊断方法因其非侵入性而在现场广泛应用。然而,现场运行经验表明,该方法在复杂工况下存在局限性,本文提出了一种结合搜索线圈电压分析的新型诊断方案。

English Abstract

In the operation of nuclear power plants, the fast, sensitive, and reliable diagnosis of rotating armature winding short circuit (AWSC) faults in m-phase toroidal brushless exciters (mPTBEs) is crucial. Traditional diagnosis approaches based on stator field current signature analysis (FCSA) are widely used on site due to their noninvasive nature. However, on-site operational experience has shown t...
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SunView 深度解读

该文献研究的无刷励磁机故障诊断技术主要应用于大型旋转电机领域,与阳光电源现有的光伏逆变器、储能PCS及充电桩产品线直接关联度较低。但其提出的“非侵入式故障特征提取”与“多源信号融合诊断”思路,对阳光电源iSolarCloud智能运维平台及大型风电变流器产品的状态监测与故障预警具有参考价值。建议关注该类高可靠性诊断算法在电力电子设备内部功率模块或关键磁性元件早期故障检测中的迁移应用,以提升系统运维的智能化水平。