Optimized electromagnetic and manufacturing design for a BLDC-motor substituting rare earth magnets

A. Neubauer, Karl-Martin Fritsch, A. Elsässer
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Abstract

Substituting neodymium with ferrite based magnets comes with the penalty of significant reduced magnetic field energy. Several possibilities to compensate for the negative effects of a lower remanence and coercivity provided by ferrite magnets are presented and finally combined into the development of a new kind of BLDC-machine design. The new design is compared to a conventional machine on the application example of an electric 800 W/48 V automotive coolant pump.
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替代稀土磁体的无刷直流电机电磁与制造优化设计
以铁氧体为基础的磁体代替钕的代价是磁场能量显著降低。提出了几种补偿铁氧体磁体提供的低剩磁和矫顽力的负面影响的可能性,并最终结合到一种新型无刷直流电机设计的开发中。以800w / 48v电动汽车冷却液泵为应用实例,将新设计与传统机器进行了比较。
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