基于联合仿真的表贴式永磁游标电机性能分析

表贴式永磁游标电机内部电磁参数复杂多变，MATLAB/Simulink不能精确反映不同运行工况下电机的实际电磁性能。将交叉耦合理论应用于表贴式永磁游标电机的磁链、电感和转矩模型的研究中，分析计算了交叉耦合对表贴式永磁游标电机磁链、电感和转矩的影响。基于ANSYS Maxwell、Simplorer及MATLAB/Simulink软件建立了场路联合仿真的电机驱动控制系统模型，测试了电机的驱动性能，并与 MATLAB/Simulink 定参数仿真结果进行了对比。理论分析和仿真结果表明，因电机内部电磁状态的实时变化，采用联合仿真分析方法的计算结果具有更高的准确性。

Performance Analysis of a Surface-Mounted Permanent Magnet Vernier Machine Based on Co-Simulation

The internal electromagnetic parameters of a surface mounted permanent magnet vernier machine are complex and changeable, and MATLAB/Simulink cannot accurately reflect the actual electromagnetic performance of the machine under different operating conditions. The influence of cross coupling on the flux, inductance and torque of surface-mounted permanent magnet vernier machine is analyzed and calculated by applying the cross coupling theory to the model of flux, inductance and torque of surface-mounted permanent magnet vernier machine. The field-curcuit co-simulation model of a machine drive control system model was established based on ANSYS Maxwell, Simplorer and MATLAB/Simulink software. The driving performance of the machine is tested and compared with the simulation results of MATLAB/Simulink constant parameter simulation. The theoretical analysis and simulation results show that the calculation results of the co-simulation analysis method have higher accuracy because of the real-time change of the electromagnetic state inside the machine.