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两相不对称感应电机矢量控制参数辨识
引用本文:冯渊,付国清,何礼高.两相不对称感应电机矢量控制参数辨识[J].电机技术,2009(5):23-27.
作者姓名:冯渊  付国清  何礼高
作者单位:1. 南京航空航天大学,210016
2. 江西宜春广播电视大学,336002
摘    要:以模型参考自适应控制理论(MRAS)为基础,利用lyapuov稳定性理论,对两相不对称交流感应电机的转速和电阻在线辨识进行了理论推导。仿真结果证明,这种转速与电阻的在线辨识方法,能很好地跟踪电机参数变化,及时地调整系统的控制特性,消除电机运行中因参数变化引起的控制误差。

关 键 词:不对称两相电机  自适应控制  电阻辨识  转速辨识

Asymmetric Two-phase Induction Motor Vector Control Parameter Identification
Feng Yuan Fu Guoqing He Ligao Nanjing University of Aeronautics , Astronautics Jiangxi Yichun Radio&TV University.Asymmetric Two-phase Induction Motor Vector Control Parameter Identification[J].Electrical Machinery Technology,2009(5):23-27.
Authors:Feng Yuan Fu Guoqing He Ligao Nanjing University of Aeronautics  Astronautics Jiangxi Yichun Radio&TV University
Affiliation:Feng Yuan Fu Guoqing He Ligao (Nanjing University of Aeronautics and Astronautics Jiangxi Yichun Radio & TV University)
Abstract:Based on the model reference adaptive (MRAS) control theory, the Lyapunov stability theory was used to accomplish the theoretical derivation of the rotating speed and resistance on-line identification of the asymmetric two-phase AC induction motors. The result of the research was simulated. Simulating experiments proved that the speed and resistance on-line identification could be a very good track of the motor's parameters and make timely adjustments to eliminate the controlling error caused by the parameter changes of the motor.
Keywords:Asymmetric two-phase motor Adaptive control Resistance identification Speed identification  
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