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Characteristic Analysis of Surface Permanent-Magnet Vernier Motor According to Pole Ratio and Winding Pole Number

机译:基于极数比和绕组极数的表面永磁游标电动机特性分析

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This paper aims to analyze the characteristics of a surface permanent-magnet Vernier motor (SPMVM) according to the pole ratio among the rotor magnet pole pairs, stator teeth, and winding pole number. The SPMVM has the same operational principle as a magnetic gear, and it is operated using the space harmonics of the air-gap flux density due to the magnetomotive force and air-gap permeance. In this paper, first, the design parameters of the SPMVM are specified based on an analytical calculation of the air-gap magnetic flux density. Moreover, various combinations of the rotor magnet pole pairs and stator teeth number are made and compared according to the operational principle of a Vernier motor using a 2-D finite-element method.
机译:本文旨在根据转子磁极对之间的磁极比,定子齿和绕组极数来分析表面永磁游标电动机(SPMVM)的特性。 SPMVM具有与电磁齿轮相同的工作原理,并且由于磁通势和气隙磁导率而使用气隙磁通密度的空间谐波进行操作。在本文中,首先,基于对气隙磁通密度的解析计算来指定SPMVM的设计参数。此外,根据使用二维有限元方法的游标电动机的工作原理,制作并比较了转子磁极对和定子齿数的各种组合。

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