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Design of Synchronous Reluctance Motor with Optimal Barrier Structure in the Rotor

机译:转子最优屏障结构的同步磁阻电动机的设计

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This paper presents the optimal design method ,,f synchronous reluctance motor (SynRM) for the high torque and power factor. It is difficult to design optimal barrier shape of rotor by analytical method because of leakage flux between barriers and saturation in the core. Therefore, the optimal design of SynRM including rotor structure is proposed in the paper by using FEM and simulation design of experiment (DOE). Finally, the characteristics of optimal model are compared with those of worst one.
机译:本文介绍了高扭矩和功率因数的最佳设计方法,F同步磁阻电机(Synrm)。由于核心屏障与核心之间的泄漏通量,难以通过分析方法设计转子的最佳阻挡形状。因此,通过使用实验(DOE)的FEM和仿真设计,在纸张中提出了包括转子结构的SYNRM的最佳设计。最后,将最佳模型的特征与最糟糕的模型进行比较。

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