Experimental and Theoretical Study of (ACS)with Solar Collector
Renewable Energy
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A theoretical and experimental study including design, construction, and test is achieved for a solar-powered continuous flow absorption refrigeration system. The experimental system is tested under Iraqi weather conditions at Babylon province at 32.39N latitudes and 44.39E longitudes. The system consists of a compound parabolic concentrator (CPC), generator, condenser, absorber and evaporator units, storage tank, and set of pumps. The amount of beam solar radiation, diffuse solar radiation, total solar radiation as well as direct solar radiation incident on a fixed, or tilted the surface is c...
A theoretical and experimental study including design, construction, and test is achieved for a solar-powered continuous flow absorption refrigeration system. The experimental system is tested under Iraqi weather conditions at Babylon province at 32.39N latitudes and 44.39E longitudes. The system consists of a compound parabolic concentrator (CPC), generator, condenser, absorber and evaporator units, storage tank, and set of pumps. The amount of beam solar radiation, diffuse solar radiation, total solar radiation as well as direct solar radiation incident on a fixed, or tilted the surface is calculated during the year and compared with the pyranometer measurements.
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