An improved system of the new combined single stage absorption cycle operated with NH3/H2O as working fluid was performed. In order to enhance performance the cycle a new configuration of absorption system was utilized. The performances of two configurations of the combined absorption cycle were compared; a) with common solution heat exchanger and b) divided the streamline of solution heat exchanger to recover the internal heat. Based on the analysis, it has been shown that the second configuration a significant reduction of the required generator and absorber loads by about 20% and 17% respectively, with increased coefficient of performance (COP) about 12 % compared to the first configuration. This improvement in the overall COP is found due to improve energy utilization efficiency significantly.
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机译：进行了用NH 3 / H 2 O操作作为工作流体的新组合单级吸收循环的改进系统。为了提高性能，循环利用新的吸收系统配置。比较了两种组合吸收循环配置的性能; a）用通用溶液热交换器和b）将溶液热交换器的流线分开以回收内部热量。基于分析，已经表明，第二种配置在与第一构型相比，分别显着降低了所需发生器和吸收剂的载荷约为20％和17％，增加约12％。由于提高了能量利用效率显着提高了整体警察的这种改进。
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