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Electric Motor Considerations for Non-Cryogenic Hybrid Electric and Turboelectric Propulsion

机译:非低温混合动力和涡轮电推进的电动机注意事项

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NASA Glenn Research Center is investigating hybrid electric and turboelectric propulsion concepts for future aircraft to reduce fuel burn, emissions, and noise. Systems studies show that the weight and efficiency of the electric system components need to be improved for this concept to be feasible. However, advances in motor component materials such as soft magnetic materials, hard magnetic materials, conductors, thermal insulation, and structural materials are expected in the coming years, and should improve motor performance. This study investigates several motor types for a one megawatt application, and projects the motor performance benefits of new component materials that might be available in the coming decades.
机译:美国宇航局格伦研究中心正在研究未来飞机的混合电动和涡轮电动推进概念,以减少燃油消耗,排放和噪音。系统研究表明,要使此概念可行,必须改善电气系统组件的重量和效率。但是,预计在未来几年中,诸如软磁材料,硬磁材料,导体,绝热材料和结构材料之类的电动机组件材料将会取得进步,并且应会改善电动机的性能。这项研究调查了一种1兆瓦应用中的几种电机类型,并预测了未来几十年可能会获得的新组件材料在电机性能方面的优势。

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