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STUDY OF SOLAR-POWERED ICE CONSERVATORS USING THE DAY-NIGHT INTERMITTENT ZEOLITE 13 X-WATER CYCLE IN TEMPERATE AND TROPICAL CLIMATES.

ETUDE DE GLACIERES SOLAIRES UTILISANT LE CYCLE INTERMITTENT JOUR-NUIT ZEOLITE 13 X-EAU EN CLIMAT TEMPERE ET EN CLIMAT TROPICAL.

Author(s) : DUPONT M.

Summary

SOLAR-POWERED ICE CONSERVATORS HAVE BEEN DEVELOPED FOR THE STORAGE AT 278 K (5 DEG C). AN INTERMITTENT ZEOLITE 13 X-WATER CYCLE IS ABLE TO PROVIDE THE REQUIRED TEMPERATURES, THE ZEOLITE BEING PLACED IN THE COLLECTOR AND COOLING PRODUCED BEING STORED IN ICE IN AN EVAPORATOR. ON-SITE MEASUREMENTS HAVE INCLUDED THE SOLAR COLLECTOR TEMPERATURES, THE OVERALL SOLAR HEAT FLUX, QUANTITY OF CONDENSED WATER AND COMPARISONS HAVE BEEN MADE OF HEAT BALANCES FROM EXPERIMENTS IN TEMPERATE AND TROPICAL AMBIENTS. THE RESULTS REVEAL THAT THIS CYCLE IS WELL ADAPTED TO INTERMITTENT SOLAR CYCLES.

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Pages: 1982-3

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Details

  • Original title: ETUDE DE GLACIERES SOLAIRES UTILISANT LE CYCLE INTERMITTENT JOUR-NUIT ZEOLITE 13 X-EAU EN CLIMAT TEMPERE ET EN CLIMAT TROPICAL.
  • Record ID : 1984-0366
  • Languages: French
  • Subject: General information
  • Source: Solar Energy for Refrigeration and Air Conditioning.
  • Publication date: 1982/03/14
  • Document available for consultation in the library of the IIR headquarters only.

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