Hybrid Excited Stator Slot PM Machines with Overlapping Windings

Zi-Qiang Zhu, H. Yang, S. Cai, H. Y. Li, Y. Liu, J. Mipo, S. Personnaz
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引用次数: 5

Abstract

In this paper, the overlapping winding (OW), i.e. the coil pitches of field and armature windings equal 3 slot pitches (F3A3), is proposed and applied to 12-slot/17-rotor pole (12s17r) hybrid excited stator slot permanent magnet machines (HESSPMs) in order to enhance the torque density. The influence of stator/rotor pole number combinations on the HESSPMs with both non-overlapping winding (NOW) and OW is considered and analyzed. The 12s17r HESSPMs with NOW and OW are selected from the candidates in 12-stator machines for high average torque and low torque ripple under the same copper loss. Their electromagnetic performance is comparatively studied. By adopting OW, it shows that the proposed 12s17r-F3A3 HESSPM improves the fundamental value of the phase back-EMF by 125% than the 12s17r-F1A1. Consequently, the torque density in 12s17r-F1A1 HESSPM have been improved by 100.24% in F3A3 HESSPM.
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具有重叠绕组的混合励磁定子槽式永磁电机
本文提出了重叠绕组(OW),即磁场绕组与电枢绕组的线圈节距等于3个槽节距(F3A3),并将其应用于12槽/17转子极(12s17r)混合励磁定子槽型永磁电机(HESSPMs),以提高转矩密度。考虑并分析了定子/转子极数组合对无重叠绕组HESSPMs (NOW)和无重叠绕组(OW)的影响。具有NOW和OW的12s17r HESSPMs从12定子电机的候选产品中选择,在相同铜损耗下具有高平均转矩和低转矩脉动。对其电磁性能进行了比较研究。结果表明,与12s17r-F1A1相比,所提出的12s17r-F3A3 HESSPM的相位反电动势基频值提高了125%。结果表明,12s17r-F1A1 HESSPM的转矩密度比F3A3 HESSPM提高了100.24%。
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