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A Hybrid-Excited Vernier Permanent Magnet Machine Using Homopolar Topology

机译：混合励磁永磁同向磁极机

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摘要

In this paper, a hybrid-excited vernier permanent magnet (PM) machine is proposed. Two excitation sources, namely, the PM excitation and the electrical excitation are artfully combined together based on the homopolar topology, resulting in a parallel hybrid excitation. The flux regulation capability of the proposed machine is discussed and analyzed. Unlike other hybrid-excited machines, the flux regulation is realized based on the variation of the armature flux linkage rather than directly adjusting the air-gap flux. Performances of the bi-directional flux regulation are evaluated by the 3-D finite-element method. In order to verify the analytical results, the proposed machine is prototyped and tested as a generator. Both no-load and on-load performances are assessed. The experimental results agree well with the analytical ones.
机译：本文提出了一种混合励磁游标永磁（PM）电机。基于同极性拓扑，将两种励磁源（即PM励磁和电励磁）巧妙地组合在一起，从而产生并联混合励磁。对所提出的机器的磁通调节能力进行了讨论和分析。与其他混合励磁电机不同，磁通调节基于电枢磁链的变化实现，而不是直接调节气隙磁通。双向磁通调节的性能通过3-D有限元方法进行评估。为了验证分析结果，对拟议的机器进行了原型设计并作为发电机进行了测试。空载和有载性能均经过评估。实验结果与分析结果吻合良好。

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