关键词: 横向磁通永磁电机, 双C型定子聚磁式转子横向永磁电机, 电磁转矩, 涡流损耗, 电磁屏蔽原理, 变量设置

Abstract: The working principle of a new type of transverse flux permanent magnet motor is introduced, and the structural characteristics of the motor are analyzed. The 3D finite element model of the transverse flux permanent magnet motor is established by Maxwell software. The electromagnetic distribution of the motor in the running state is simulated and the average eddy current loss of the permanent magnet was calculated. The simulation results show that there is obvious magnetic flux leakage between the stator and the rotor. The shape of the stator is improved to reduce the magnetic flux leakage, and the calculated electromagnetic torque is increased by 27.3%. The eddy current loss of the permanent magnet is analyzed. A method of reducing the eddy current loss of the permanent magnet is proposed by adding a copper layer inside the rotor, and the optimal copper layer thickness of the scheme is calculated by setting the variables.

Key words: transverse flux permanent magnet motor (TFPMM), transverse flux permanent magnet motor with double-C stator and flux-concentrated rotor (DSFCR-TFPMM), electromagnetic torque, eddy current loss, electromagnetic shielding principle, variable settings