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Static error elimination algorithm for PMSM predictive current control

机译:PMSM预测电流控制的静态误差消除算法

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This paper presents an algorithm to eliminate the static error of PMSM predictive current control when the model in controller has parameter mismatches with real system. The algorithm mainly applies to cases where the controller inductance is smaller and the controller flux is not accurate. The static error caused by smaller inductance is eliminated by introducing error integration in d axis current control. The error caused by flux inaccuracy is eliminated by dynamically adjusting the flux parameter according to q axis current error. The algorithm is verified through simulation and experiments on a 3.3kW PMSM servo platform.
机译:本文介绍了一种算法,以消除PMSM预测电流控制的静态误差当控制器中的模型具有实际系统的参数不匹配时。该算法主要适用于控制器电感较小的情况且控制器通量不准确。通过在D轴电流控制中引入误差集成来消除由较小电感引起的静态误差。通过根据Q轴电流误差动态调整磁通参数,消除了由通量不准确引起的误差。通过在3.3kW PMSM伺服平台上进行仿真和实验验证该算法。

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