摘要:液化天然气(LNG)只有在汽化后才能被充分利用,在汽化过程中会释放大量的冷能,本文设计了一种具有蓄能腔的蓄能换热器来利用这些冷能,利用ICEPAK仿真软件对其进行热仿真分析,探究其换热及蓄能性能.同时,本文优化设计了工艺流程,使质量流量为30kg/h的LNG能够满足3kW的空调连续工作1.5h,由此,蓄能换热器将LNG冷能的储存和转换集中在同一个设备内,提高了冷能利用率。
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