The paper examines the possibilities of applying solar cooling in B&H, since the potential of solar energy is great. The goal is to reduce primary energy consumption, as well as to reduce emissions of harmful gases, primarily CO2. The feasibility of a single-stage H2O/LiBr absorption cooling device powered by heat from solar collectors for a building in Tuzla was investigated, as well as a comparison with the existing compression cooling device. A solar cooling system was selected for the calculated heat load values. A mathematical model for the absorption single-stage cooling cycle has been developed that includes mass and energy balance equations as well as heat exchange equations. The absorption system is designed for the maximum cooling load of the specified facility.