与单相流体回路相比,在给定条件下,采用蓄冷热泵回路可减少辐射器面积69.9%,降低排热系统质量53.5%。
Compared to the single phase loop, for the given design conditions, the cold storage-heat pump loop radiator area was reduced by 69.9% and the system weight was reduced by 53.5%.
建立了与两个液态水单相流体回路直接耦合,与两个空气通风回路间接耦合的多蒸发器CPL系统,并通过实验对该系统的瞬态运行特性进行了研究。
A multiple evaporator CPL coupled with two water loops directly and two air thermal control units indirectly was developed and tests were conducted to investigate its instantaneous characteristics.
结果表明,在设计条件下,对单相水流体回路进行调温的过程中,CPL能够与其他流体回路协调稳定地工作。
The results show that CPL can operate with other loops harmoniously and steadily when temperature of single-phase water loop is regulated under design conditions.
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