Abstract
A thermodynamic analysis for the theoretical constant-temperature absorption-refrigeration cycle is utilized to investigate the effect of varying the condensing temperature on the performance of an intermittent solar refrigerator using water-ammonia solutions. For certain specified initial temperature and solution concentration and a given maximum generator temperature, decreasing the condensing temperature causes an increase in the COP of the cycle. However, for every condensing temperature, there is an optimum maximum generator temperature beyond which the COP decreases gradually.
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