首页> 外文期刊>日本冷凍空調学会論文集 >Static characteristics of WMVR hybrid absorption refrigerator driven by waste heat and motive power (1st report: suggestion of cycle and model construction for WMVR hybrid absorption refrigerator)
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Static characteristics of WMVR hybrid absorption refrigerator driven by waste heat and motive power (1st report: suggestion of cycle and model construction for WMVR hybrid absorption refrigerator)

机译:废热和动力驱动的WMVR混合吸收式制冷机的静态特性(第一个报告:WMVR混合吸收式制冷机的周期和模型构造建议)

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摘要

Absorption refrigerator driven by waste heat can realize the energy savings. But if only waste heat is used as a heat source, the surplus of the waste heat or the shortage of the cooling capacity occur due to the change of the cooling capacity or the waste heat In these cases, it is effective to back up this refrigerator with that driven by the stable source such as motive power. But using two refrigerators costs too much. This research suggests the WMVR hybrid refrigerator which can be operated using motive power and waste heat simultaneously. For this refrigerator, the simulation model was constructed and detailed characteristics were clarified. And based on these results, the effect of the design parameters such as the solution concentration and the pressure in the MVR generator on COP was revealed.
机译:废热驱动的吸收式制冷机可实现节能。但是,如果仅将废热用作热源,则由于冷却能力或废热的变化而产生废热的剩余或制冷能力的不足。在这种情况下,将冰箱备份是有效的由诸如动力之类的稳定来源驱动。但是使用两台冰箱会花费太多。这项研究表明,WMVR混合冰箱可以同时使用原动力和废热来运行。对于该冰箱,构建了仿真模型并阐明了详细特性。并基于这些结果,揭示了设计参数(如溶液浓度和MVR发生器中的压力)对COP的影响。

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