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Optimized design for micro Wankel compressor used in space-borne vapor compression heat pump

机译:用于空间蒸汽压缩热泵的微型游艇压缩机优化设计

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For aerospace applications, vapor compression heat pump can be used as thermal control system to collect the heat from electronic devices and transport heat to radiator by which heat can be rejected to space. Heat pumps can be used in two cases. The first consists of raising the temperature of heat energy so that the amount of radiator surface required is reduced. The second involves situations where heat cannot be directly rejected by radiators, because the heat sink temperature is higher than that of the heat source. However, the key problem is to make a small and lightweight refrigeration compressor. In order to meet the need for aerospace applications, an innovative miniature hermetic Wankel compressor was proposed and designed in this paper. We fabricated the components such as shell, cylinder, rotor, piston gear, stationary gear, rotor and stator of motor. A compressor prototype was manufactured by integrating these components. The results indicated that the prototype have good performance, reliability and micro-gravity adaptability.
机译:对于航空航天应用,蒸汽压缩热泵可用作热控制系统,以从电子设备收集热量,并将热量运输到散热器,通过该热量可以被拒绝加热到空间。热泵可用于两种情况下。首先包括提高热能温度,从而降低所需的散热器表面的量。第二个涉及通过辐射器不能直接拒绝的情况,因为散热温度高于热源的情况。但是,关键问题是制造一个小巧轻便的制冷压缩机。为了满足对航空航天应用的需求,提出了一款创新的微型密封Wankel压缩机,并在本文中设计。我们制造了壳牌,气缸,转子,活塞齿轮,固定齿轮,转子和定子等部件。通过整合这些组件制造压缩机原型。结果表明,原型具有良好的性能,可靠性和微重力适应性。

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