Development of Solar Powered Intermittent Adsorption Refrigeration System
DOI:
https://doi.org/10.52151/jae2012494.1495Keywords:
Vapour adsorption refrigeration, solar cooling, barium chloride, ammoniaAbstract
A laboratory scale prototype of solar powered solid adsorption refrigeration system, using ammonia as refrigerantDownloads
References
Chinnappa J C V. 1962. Performance of an intermittent refrigerator operated by a flat plate collector. Sol. Energy, 6, 143-150.
Erhard A; Spindler K; Hahne E. 1998. Test and simulation of a solar powered sorption cooling machine. Int.J. Refrig., 21(2), 133-141.
Iloeje O C. 1985. Design construction and test run of a solar powered solid absorption refrigeration. Sol. Energy, 35(5), 447-455.
Klein S A; Reindl D T. 2005. Solar refrigeration. ASHRAE J., 47(9), S26-S30.
Kumar Ashvini. 2006. Solar air conditioning. Akshay Urja, 2(3), 14-18.
Pierres N L; Mazet N; Stitou D. 2007. Modeling and performances of a deep freezing process using low grade solar heat. Energy, 32, 154-164.
Pierres N L; Mazet N; Stitou D. 2007a. New deep freezing process using renewable low-grade heat: from conceptual design to experimental results. Energy, 32, 600-608.
Rivera C; Mendez E; Pilatowsky I; Rivera W. 2003. Experimental evaluation of barium chloride-ammonia in an absorption solar refrigeration prototype. RIO3-World Climate & Energy Event, Dec. 1-5, 2003, Rio de Janeiro, Brazil, 183-187.
Spinner B; Goetz V; Mazet N; Mauran S; Stitou D. 1999. Performance of chemical reaction heat processes coupled to a solar source. J. Phys., IV-9, 355-360.
Worsoe-Schmidt P. 1983. Solar refrigeration for developing countries using a solid absorption cycle. Int. J. Ambient Energy, 4, 115-123.





