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Line start permanent magnet synchronous motors: Challenges and opportunities

机译:线路启动永磁同步电动机:挑战与机遇

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摘要

Future energy challenges, likewise the environmental crises such as fossil fuel emissions and global warming urge the world to focus on energy saving programs more than ever. An effective way to face these challenges is to improve electric motors efficiency as one of the greatest energy consumption apparatuses in the world. Induction motors constitute, by far, the largest portion of electric motors both in terms of quantity and total power ratings among all electric motors. However, more efficient motor types gradually appear as alternatives. In this paper, line start permanent magnet motors as a powerful candidate with growing market are investigated in some details. The motor opportunities like high efficiency, high power factor and high power density are explored against the challenges associated with this motor including higher cost, extra manufacturing burden and transient and synchronization behaviors. Finally, some concluding comments and remarks are drawn for future research and manufacturing of line start permanent magnet motors.
机译:未来的能源挑战,以及化石燃料排放和全球变暖等环境危机,促使世界比以往任何时候都更加关注节能计划。面对这些挑战的有效方法是提高电动机效率,这是世界上最大的能耗设备之一。就数量和总额定功率而言,迄今为止,感应电动机在所有电动机中构成电动机的最大部分。但是,越来越多的高效电机类型逐渐出现。在本文中,对线性启动永磁电动机作为不断增长的市场中强大的候选产品进行了详细研究。针对与该电动机相关的挑战(包括更高的成本,额外的制造负担以及瞬态和同步行为),探索了诸如高效率,高功率因数和高功率密度之类的电动机机会。最后,得出一些结论性意见和意见,以供将来研究和制造线启动永磁电动机。

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