静止平面永磁无刷直流电机的预测滞后电流控制

M. S. Trivedi, R. Keshri, V. Ravikiran
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引用次数: 1

摘要

适当注入方波相电流以减小电流纹波,要求控制简单有效。预测控制是一种精度高、效果好的控制技术,而滞后控制是所有控制技术中最简单的控制技术。将滞回和预测控制与静止平面控制相结合,增加了控制的优势和灵活性。永磁无刷直流电动机静止平面滞回和预测控制的结合减少了电流纹波和转矩纹波,在整个速度范围内的平均转矩比传统的PI控制高。结果表明了控制技术的有效性。
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Predictive hysteresis current control of PM BLDC motor in stationary plane
Simplicity and effectiveness of control is required for proper injection of square wave phase current for reducing current ripple. Predictive control is proven technique for accuracy and effectiveness of control and hysteresis control is the simplest control technique among all techniques. Combination of hysteresis and predictive control with stationary plane control gives added advantage and flexibility in control. Combination of hysteresis and predictive control in stationary plane for PM BLDC motor reduces current ripple as well as torque ripple giving higher average torque throughout the speed range then conventional PI control. Result shows the effectiveness of the control technique.
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