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A multifunction heat pipe adsorption refrigerator is designed, which uses solidified com- pound adsorbent of CaCl2 and activated carbon as adsorbent. Two work conditions, ice-maker driven by the exhaust heat from diesel engine and air-condi- tioning powered by solar energy, are studied. SCP (specific cooling power) and COP (coefficient of per- formance) for different conditions are analyzed. The optimum average SCP and COP for the refrigerator powered by waste heat of diesel engine are 770.4 W/kg and 0.39 at about -20℃ evaporating tem- perature. The optimum average SCP and COP for the refrigerator powered by solar energy are 524.2 W/kg and 0.27 at about 5.6℃ evaporating tempera- ture.
Two working conditions, ice-maker driven by the exhaust heat from diesel engine and air-condi- tioning powered by solar energy, SCP (specific cooling power) and COP (coefficient of per-formance) are analyzed for different conditions. The optimum average SCP and COP for the refrigerator powered by waste heat of diesel engine are 770.4 W / kg and 0.39 at about - 20 ° C evaporating tem- perature. The optimum average SCP and COP for the refrigerator powered by solar energy are 524.2 W / kg and 0.27 at about 5.6 ° C evaporating temperaure.