2011Proceedings of the 23<sup>rd</sup> IIR International Congress of Refrigeration: Prague, Czech Republic, August 21-26, 2011. Overarching theme: Refrigeration for Sustainable Development.Requires access

Solar air conditioning by the match of solar collector and sorption systems.

R Z Wang, Z.S. Lu

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Abstract

Building integrated solar systems have been considered as a reasonable system for building heating, cooling and hot water supply. Various types of solar collectors integrated with different sorption systems have been well studied and demonstrated. Based upon the demonstration studies, the feasible coupled solar collector and sorption system have been recommended. Typical examples are current solar water heating systems match with silica gel-water adsorption chiller, somehow possible to match with single effect LiBr-water absorption chiller. Solar air collector is good to match with desiccant cooling systems. But the most acceptable coupling would be the high efficiency medium temperature solar collector coupled with double-effect absorption chiller.

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What this paper is about

Building integrated solar systems have been considered as a reasonable system for building heating, cooling and hot water supply. Various types of solar collectors integrated with different sorption systems have been well studied and demonstrated. Based upon the demonstration studies, the feasible coupled solar collector and sorption system have been recommended. Typical examples are current solar water heating systems match with silica gel-water adsorption chiller, somehow possible to match with single effect LiBr-water absorption chiller. Solar air collector is good to match with desiccant cooling systems. But the most acceptable coupling would be the high efficiency medium temperature solar collector coupled with double-effect absorption chiller.

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Available abstract

Building integrated solar systems have been considered as a reasonable system for building heating, cooling and hot water supply. Various types of solar collectors integrated with different sorption systems have been well studied and demonstrated. Based upon the demonstration studies, the feasible coupled solar collector and sorption system have been recommended. Typical examples are current solar water heating systems match with silica gel-water adsorption chiller, somehow possible to match with single effect LiBr-water absorption chiller. Solar air collector is good to match with desiccant cooling systems. But the most acceptable coupling would be the high efficiency medium temperature solar collector coupled with double-effect absorption chiller.

Key concepts: Desiccant, Solar air conditioning, Chiller, Absorption refrigerator, Sorption, Air conditioning, Photovoltaic thermal hybrid solar collector, Environmental science

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