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机车牵引电动机动态实时分析及故障检测
引用本文:王艳,殷天明,李国国,骆平.机车牵引电动机动态实时分析及故障检测[J].机车电传动,2004(5):50-53,57.
作者姓名:王艳  殷天明  李国国  骆平
作者单位:北京交通大学,电气工程学院,北京,100044
基金项目:铁道部基金项目(J2000Z013)
摘    要:结合TA0649D机车牵引电机的结构参数,首先建立了该直流电机的数学模型,设计了该电机的转速,电流双闭环系统。在此基础上,通过故障(如绕组匝间短路与对地短路)模拟,利用递棼最小二乘法计算故障发生后电机绕组电阻的变化。仿真计算结果表明,所设计的参数识别法一递推最小二乘法是有效的,具有实际应用价值。

关 键 词:电动机  直流电机  双闭环系统  电机绕组  匝间短路  实时分析  电流  机车牵引  故障检测  对地短路
文章编号:1000-128X(2004)05-0050-04

Dynamic real-time analysis and fault detection of locomotive traction motor
WANG Yan,YIN Tian-ming,LI Guo-guo,LUO Ping.Dynamic real-time analysis and fault detection of locomotive traction motor[J].Electric Drive For Locomotive,2004(5):50-53,57.
Authors:WANG Yan  YIN Tian-ming  LI Guo-guo  LUO Ping
Abstract:Combined with the structural parameters of TAO649D traction motor, the mathematic model of the DC motor is built and its speed and current dual-closed-loop system is designed. Through the failure simulation, such as the inter-turn short circuit and grounding short circuit, the change in the winding resistance after the failure occurrence through the evolving minimum secondary multiplication method. The simulation result show that the designed parameter identification method, the recurrent least square method, is efficient and practical.
Keywords:locomotive  traction  motor  recurrent  least  square  method  fault  detection
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