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首页> 外文期刊>Mechatronics, IEEE/ASME Transactions on >Modeling and Control of Salient-Pole Permanent Magnet Axial-Gap Self-Bearing Motor
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Modeling and Control of Salient-Pole Permanent Magnet Axial-Gap Self-Bearing Motor

机译：凸极永磁轴向间隙自轴承电动机的建模与控制

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摘要

This paper will introduce an inset-type axial-gap self-bearing motor (AGBM), which is an electrical combination of an axial thrust-bearing and an axial flux motor. A method for controlling the axial position and the rotating speed of the AGBM without the influence of reluctance torque is also discussed. First, the axial force and the motoring torque are analyzed theoretically, and then, the control method is derived. To demonstrate the proposed technique, an inset two-pole AGBM has been constructed and tested. The experimental results confirm that the motor works stably with the proposed vector control. Moreover, the rotating torque and the axial force can be controlled independently as well.
机译：本文将介绍一种插入式轴向间隙自轴承电动机（AGBM），它是轴向推力轴承和轴向磁通电动机的电气组合。还讨论了一种在不受磁阻转矩影响的情况下控制AGBM轴向位置和转速的方法。首先，从理论上分析了轴向力和驱动转矩，然后推导了控制方法。为了证明所提出的技术，已经构造并测试了嵌入式两极AGBM。实验结果证实，电动机在所提出的矢量控制下稳定运行。此外，旋转扭矩和轴向力也可以独立地控制。

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