Research on starting performance for low speed direct-driven PMSM

Yangyang Zhao, Xiumin Yang, Sen Wang, Yan Bao, Haibiao Xu, D. Liu
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Abstract

Combining with the low-speed motor design features in the final scheme, some electromagnetic design formulas of low speed direct-driven PMSM in the thesis are used to achieve structure design of the motor, parameters calculation, work characteristics and analysis of the starting characteristics. Using electromagnetic analysis software ANSYS, the motor transient performance parameters by the field circuit coupled method was calculated. And through continuously adjusting the design value, the electromagnetic design scheme is obtained. These results show that data of the low speed direct-driven, low speed and high torque permanent magnetic synchronous motor experimental. The results of the application program design are basically consistent. It also shows that the program is feasible, simple and convenient. The research work of the thesis has important theoretical meanings and engineering values so that the design of PMSM can be improved in the future.
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低速直驱永磁同步电机起动性能研究
结合最终方案中低速电机的设计特点,利用本文中一些低速直驱永磁同步电机的电磁设计公式,实现了电机的结构设计、参数计算、工作特性和起动特性分析。利用电磁分析软件ANSYS,采用场路耦合法计算电机暂态性能参数。并通过不断调整设计值,得到电磁设计方案。这些结果显示了低速直驱、低速大转矩永磁同步电机的实验数据。应用程序设计的结果基本一致。结果表明,该方案可行、简单、方便。本文的研究工作对今后改进永磁同步电机的设计具有重要的理论意义和工程价值。
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