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Short-Circuit Fault-Tolerant Operation of Dual-Winding Permanent-Magnet Motor Under the Four-Quadrant Condition

机译:四象限条件下双绕组永磁电动机的短路容错运行

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摘要

In this paper, a short-circuit fault-tolerant operation control strategy of dual-winding permanent-magnet motor (DWPMM) under the four-quadrant condition for electrical flight surface actuator application is proposed and investigated. By the comparative analysis of the current fault-tolerant permanent-magnet motor drive system, it can be concluded that the DWPMM drive system is suitable for electrical flight surface actuator application. However, the current DWPMM drive system lacks the research on shortcircuit fault-tolerant operation under the four-quadrant condition. Then, the electrical flight surface actuator system based on the DWPMM and short-circuit fault-tolerant operation control strategy under the four-quadrant condition is proposed and investigated. The experimental results show that the electrical flight surface actuator system based on the DWPMM can achieve the high performance of the fourquadrant fault-tolerant control with short-circuit fault under the four-quadrant operational condition.
机译:提出并研究了在四象限条件下双绕组永磁电动机(DWPMM)的短路容错运行控制策略,并在电飞行器表面执行器中进行了研究。通过对当前的容错永磁电动机驱动系统的比较分析,可以得出结论,DWPMM驱动系统适用于电动飞行表面执行器应用。然而,当前的DWPMM驱动系统缺乏对四象限条件下的短路容错操作的研究。然后,提出并研究了基于DWPMM和四象限条件下的短路容错运行控制策略的电动飞行表面执行器系统。实验结果表明,基于DWPMM的电动飞行表面执行器系统能够在四象限运行条件下实现具有短路故障的四象限容错控制的高性能。

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