首页> 外国专利> MODEL BASED SENSOR-LESS VECTOR CONTROL METHOD OF PMSM USING AN ADAPTIVE OBSERVER, CAPABLE OF ACCURATELY DETECTING THE POSITION OF A MAGNETIC POLE OF A SYNCHRONOUS MOTOR

MODEL BASED SENSOR-LESS VECTOR CONTROL METHOD OF PMSM USING AN ADAPTIVE OBSERVER, CAPABLE OF ACCURATELY DETECTING THE POSITION OF A MAGNETIC POLE OF A SYNCHRONOUS MOTOR

机译:基于模型的永磁同步电动机无传感器矢量控制方法,能够精确地检测同步电动机的磁极位置

摘要

PURPOSE: A model based sensor-less vector control method of PMSM using an adaptive observer is provided to accurately estimate the position of a magnetic pole of a permanent in emergency case without a sensor.;CONSTITUTION: A coordinate current differential equation model based on the position of a magnetic pole which is estimated based on a mathematical model of a permanent magnetic model is designed. An adaptation observation apparatus is configured in consideration of a position error and a speed error based on a current and voltage supplied to the motor. The position error of a magnetic pole is obtained by using the adaptive law of the adaptation observation apparatus. The position of the magnetic pole of a synchronous motor is estimated by using PLL(Phase Lock Loop).;COPYRIGHT KIPO 2011
机译:目的:提供一种基于模型的永磁同步电机无传感器矢量控制方法,该方法采用自适应观测器,可以在没有传感器的情况下准确估计永磁体的磁极位置。设计基于永磁模型的数学模型估计的磁极位置。考虑到基于供应给电动机的电流和电压的位置误差和速度误差来构造自适应观察装置。磁极的位置误差是通过使用自适应观测装置的自适应定律获得的。同步电机的磁极位置通过PLL(锁相环)估算。; COPYRIGHT KIPO 2011

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