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This paper proposes a new topology of a variable-flux pole-changing permanent magnet (PM) memory machine. The fractional-slot concentrated windings are employed in the stator side, which can increase the utilization ratio of winding under different pole modes. The neodymium–iron–boron PM poles and aluminum–nickel–cobalt (AlNiCo) PM poles are hybridized in the rotor side. The proposed machine features...
In this paper, an entirely novel embranchment of variable flux permanent magnet (PM) machine-switched-flux memory machine (SFMM) is proposed and implemented as integrated-starter-generator (ISG) highly desirable for hybrid electric vehicles (HEVs). The flexible flux controllability of air-gap flux is achieved due to the magnetic susceptibility of AlNiCo PM, where the magnetization levels can be tuned...
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