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Analysis of Alternative Refrigerant in Water Source Heat Pump System

机译:水源热泵系统中替代制冷剂分析

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Water source heat pumps use water in rivers and lakes,groundwater and sewage as their sources.They provide heating or cooling for buildings from low-grade sources at the cost of a small quantity of high-grade energy.Water source heat pump system has been used worldwide in recent decades,and,synthetic refrigerants,such as R22 are mainly used at present.CFCs and HCFCs will gradually be replaced because of high ODP,and their alternative refrigerant HFCs will also be phased out because of high GWP.As a result,many studies focus on refrigerant friendly to environment,such as CO2.This paper analyzes several refrigerants by comparing the natural refrigerant with synthetic ones,discusses the efficiency of different refrigerants and the feasibility of the use of altemative refrigerant on the basis of the result of analysis,and gives some advices.Equivalent temperature method is used during the analysis.COPh for the trans-critical CO2 cycle is higher than that for the sub-critical cycle using synthetic refrigerants such as R22.
机译:水源热泵使用水在河流和湖泊,地下水和污水作为其sources.They提供加热或在高档energy.Water源热泵系统的一小数量的成本冷却从低档源建筑物已近几十年来,而且,合成的制冷剂,如R22全球范围内使用主要用于在present.CFCs和氟氯烃会逐渐被因为高ODP的取代,以及它们的替代制冷剂的氢氟碳化合物也将由于高GWP.As结果的淘汰,许多研究专注于制冷剂对环境友好,如CO2.This纸通过比较人工合成的天然制冷剂分析了几种制冷剂,讨论了不同的制冷剂的效率和使用altemative制冷剂的结果的基础上的可行性分析,并给出了一些advices.Equivalent温度方法analysis.COPh用于跨临界CO2循环过程中使用比用于所述亚临界循环使用更高SY nthetic制冷剂如R22。

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