可利用低品位热源的Einstein制冷循环的可行性分析

摘要

基于原始设计,提出了一种改进型的Einstein制冷循环,使用Patel-Teja立方型状态方程及Reid-Panagiotopolos混合规则,以数值模拟研究该循环可行性,并分析系统性能影响因素.冷凝/吸收温度为35℃时,系统性能系数最高可达0.27.%Based on original design,numerical simulation with Patel - Teja cubic equation of state and Reid - Panagiotopolo-rnsis mixing rule was used to investigate the feasibility of Einstein refrigeration cycle. COP got up to reach the maximum value 0.27rnwhen a condenser/absorber temperature is at 351.