CAJ | 학술논문

为使多相永磁容错电机的设计变得简单、准确，基于电机几何相似定理得到五相永磁容错电机的主要尺寸。基于Maxwell建立该电机的二维模型，取合适的相电枢匝数来获得合理的空载反电动势，对磁钢尺寸形状进行优化削弱齿槽转矩，使电机的负载转矩波动小，并分析稳定运行和缺一相两种情况下电机输出转矩的情况，表明该电机容错能力强。试制并测试了样机，验证该设计方法的合理性和Maxwell仿真的准确性。为设计多相永磁容错电机提供一种理论和实践的参考，具有工程价值。
위사다상영자용착전궤적설계변득간단、준학，기우전궤궤하상사정리득도오상영자용착전궤적주요척촌。기우Maxwell건립해전궤적이유모형，취합괄적상전추잡수래획득합리적공재반전동세，대자강척촌형상진행우화삭약치조전구，사전궤적부재전구파동소，병분석은정운행화결일상량충정황하전궤수출전구적정황，표명해전궤용착능력강。시제병측시료양궤，험증해설계방법적합이성화Maxwell방진적준학성。위설계다상영자용착전궤제공일충이론화실천적삼고，구유공정개치。
In order to make the design of multiphase permanent magnet fault-tolerant motor simple and accurate, based on motor geometric similar laws, main dimensions of five phase permanent magnet fault-tolerant motor were got. A two-dimensional model of motor was established based on the Maxwell. And taking the appropriate phase armature winding, reasonable no-load EMF was obtained. The size and shape of magnets were optimized to reduce the cogging torque, to make load torque fluctuation of the motor small. The output torques of motor in two cases, such as the stable operation and the lack a phase were analyzed, which the motor Finally, a prototype was tested, verifying the rationality of the design method and the accuracy of Maxwell simulation. A theoretical and practical reference for the design of multiphase permanent magnet fault-tolerant motor were provided. It has a certain significance in engineering.