An approach to the performance analysis of reluctance synchronous motors (RSMs) and the results of a prototype axially laminated anisotropic (ALA)-rotor RSM is presented. The theory is based on machine parameter determination by field computation via analytical and finite-element methods. Design criteria derived from theoretical analysis and the nature of the magnetic field obtained from finite-element analysis of the ALA-rotor RSM are presented. Test results on a prototype are presented to validate the theoretical calculations and to demonstrate the high performance of the ALA-rotor RSM. A high L/sub d//L/sub q/ ratio of 21, a high power factor of 0.91, and 90% efficiency are obtained for a two-pole, 1.5-hp laboratory ALA-rotor RSM.
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机译：提出了一种磁阻同步电动机（RSMs）性能分析的方法以及轴向叠片各向异性（ALA）转子RSM原型的结果。该理论基于通过分析和有限元方法进行现场计算而确定的机器参数。提出了从理论分析中得出的设计标准，以及从ALA转子RSM的有限元分析中获得的磁场的性质。提出了在原型上的测试结果，以验证理论计算并证明ALA转子RSM的高性能。对于两极，1.5 hp实验室ALA转子RSM，可以获得高的L / sub d // L / sub q /比为21，高功率因数为0.91和90％的效率。
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