Optimum design analysis of a solar-assisted Libr/H2O absorption system with a flat-plate collector

An analytical analysis has been presented to evaluate the performance of a solar-assisted va-pour absorption cooling system with flat-plate absorber plate. The lithium–bromide water cycle is used obsstain effect. parameters, namely plate efficiency, collector efficiency factor, heat removal etc. have deter-mined variation fluid inlet temperature. coefficient perfor-mance (COP), COP, refrigerating cycle, and are determined analytically. maximum COP for both found at an optimal optimum design condition different such as ambient temperature thermal conductivity, also studied. Finally, material be minimum particular which condi-tion run vapour system.