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    • 11. 发明授权
    • Air cycle environmental control system with energy regenerative high
pressure water condensation and extraction
    • 空气循环环境控制系统采用能量再生高压水冷凝和萃取
    • US5921093A
    • 1999-07-13
    • US5735
    • 1998-01-12
    • Michel A. Jonqueres
    • Michel A. Jonqueres
    • B64D13/06F25B9/00
    • B64D13/06F05B2220/50Y02T50/56
    • An air cycle environmental control system regenerates energy through the provision of a reheater condenser that condenses water vapor from compressed air. The condensed water vapor is extracted by a water extractor to produce dehumidified air. A subcooler heat exchanger can receive the dehumidified air for further cooling, but while causing a minimal amount of condensation. A subcooled air from the subcooler heat exchanger is then reheated in the reheater condenser, with a resulting reheated air having absorbed a heat of sensible cooling and heat of condensation. The reheated air then passes into a turbine where the heat of sensible cooling and heat of condensation are recovered. The turbine expands the air, which then flows through the subcooler heat exchanger and finally to an enclosure to be conditioned.
    • 空气循环环境控制系统通过设置冷凝来自压缩空气的水蒸汽的再热器冷凝器来再生能量。 冷凝水蒸汽由抽水机提取,产生除湿空气。 过冷却器热交换器可以接收除湿空气用于进一步冷却,但是同时产生最少量的冷凝。 然后将来自过冷却器热交换器的过冷空气在再热器冷凝器中再加热,由此产生的再加热空气吸收了明显的冷却和冷凝热。 然后,再加热的空气进入涡轮,其中明显的冷却热和冷凝热被回收。 涡轮膨胀空气,然后空气流过过冷却器热交换器,最后流到要调节的外壳。