Abstract：A novel two-phase doubly-salient permanent magnet motor with new windings configuration(TDSPM) is proposed in this paper. The structure of TDSPM is the same to that of well-known three-phase doubly salient permanent magnet machine(DSPM). But it is different from the latter in that two adjacent turns in a phase winding span three stator salient poles and only two phases winding is formed. The physics model of the TDSPM with 1.8kW output power is derived analytically. On basis of the finite element analysis, the feature of proposed machine is investigated, including air-gap flux distribution and flux linkage of per phase winding. Results show that there is less leakage flux around the idle stator poles for TDSPM than DSPM. Further, the bipolar and asymmetrical flux linkage for the proposed TDSPM is revealed, which has a steeper slope than that for the DSPM. Hence, it exhibits the higher flux rate, better torque density, materials and space utilization compared with the DSPM. Finally, the dynamic analysis is carried out with the derived physical model. It is shown that there is no zero torque zones, so starting is not a problem for the proposed TDSPM. There still exists the torque ripple due to the configuration with the doubly salient pole.
作者简介: Zhou Zhiqing male, born in 1979. At present, he is pursuing the Ph.D. degree. His research interests is in the design of switched reluctance and permanent magnet motor, and power electronics.Chi Yongbin male, born in 1946, professor, and tutor for Doctor degree. His research interest is in the mechatronics
引用本文:
周智庆, 迟永滨, 何嘉颖. 一种新型高能量密度和低成本两相双凸极永磁电机[J]. 电工技术学报, 2013, 28(9): 310-320.
Zhou Zhiqing, Chi Yongbin, He Jiaying. A Novel Two-Phase Doubly Salient Permanent Magnet Motor with High Power Density and Low Cost. Transactions of China Electrotechnical Society, 2013, 28(9): 310-320.
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