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Fuzzy optimization for rotor time constant identification of an indirect vector-controlled induction motor drive

机译:转子时间恒定识别间接矢量控制感应电动机驱动的模糊优化

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摘要

In this paper an adaptive field oriented control of induction motor drive is proposed. The adaptive scheme use a fuzzy logic scheme for the identification of the rotor time constant, which is used to adjust the estimate of the slip angular speed.The identification method is presented as an optimization problem where the objective function is defined as the total square error between the motor and the commanded stator currents. Fast convergence is achieved by using adaptive step size of the ratiobetween the motor and reference rotor time constant. Computer simulation results are obtained and the performance of the resulting field oriented controller is analyzed.
机译:在本文中,提出了一种自适应场取向的感应电动机驱动控制。自适应方案使用模糊逻辑方案来识别转子时间常数,该转子时间常数用于调节滑动角速度的估计值。识别方法被呈现为目标函数定义为总平方误差的优化问题在电动机和指令定子电流之间。通过使用马达的自适应步长实现快速收敛,并参考转子时间常数。获得了计算机仿真结果,并分析了所产生的场取向控制器的性能。

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