Abstract
A thermodynamic cycle is analyzed which utilizes the absorption process with energy recovery from the condenser to produce a refrigeration system with an improved coefficient of performance. Analytical results presented include calculations of coefficient-of-performance as a function of generator temperatures for both heating and cooling cycles with parametric results for different ratios of input solar thermal energy to input electrical energy.
Cite
CITATION STYLE
Russell, L. D. (1980). THERMODYNAMIC ANALYSIS OF A COMBINED CYCLE SOLAR ABSORPTION HEAT PUMP SYSTEM. In Proceedings of the Annual Meeting - American Section of the International Solar Energy Society (Vol. 3 ., pp. 200–204). Am Sect of Int Sol Energy Soc, Inc.
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