Modeling of combined continuous and intermittent aqua-ammonia absorption cycle as solar refrigerator

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maghsoodi Mehrabani Karim; MEHRPANAHI ABDOLLAH; Alavi Ramin

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Journal: Modeling in Engineering Year:2018 | Volume:16 | Issue:54 Page(s): 415-428

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Information Journal Paper

Title

Modeling of combined continuous and intermittent aqua-ammonia absorption cycle as solar refrigerator

Author(s)

maghsoodi Mehrabani Karim | MEHRPANAHI ABDOLLAH | Alavi Ramin | Issue Writer Certificate

Keywords

Solar AbsorptionQ1

Solar RefrigeratorQ1

Effect of AbsorptionQ1

Optimal Harvest of CropsQ1

Abstract

Using renewable energy sources as a solution for countryâ s stable growth needs distinct look in topics of energy production. Agriculture industry is a general industry and it is an energy consumer that can be considered as a topic in this field. Existing a based refrigerator in farm and garden makes optimized harvesting and because it is easy to use sun radiation at these places, it can be used as a source of energy for providing refrigeratorâ s energy. One of important needs in refrigerator, is producing continues and stable effect of refrigeration in operator while radiation release is intermittent and variable. By presentation of synthetic cycle of absorbing refrigeration, liquid refrigerant can be stored during radiation, so it can be used in other situations and as a result continues and stable effect of refrigeration can be produced. Considering collectorâ s parabolic shape optimized temperature, 119. 6Â ° C in generator is available. Optimized temperature of condenser, absorber and operator, in order equals 40, 43. 7 and-3. 2Â ° C. By selecting 14bars for pressure in generator and condenser and 2bar pressure for operator and absorber, maximum coefficient of operation is 0. 178 and rate of heat transfer in generator, condenser, absorber and operator is achieved 19. 76, 7. 51, 15. 77 and 3. 51 Kw in order.

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APA: Copy

maghsoodi Mehrabani, Karim, MEHRPANAHI, ABDOLLAH, & Alavi, Ramin. (2018). Modeling of combined continuous and intermittent aqua-ammonia absorption cycle as solar refrigerator. JOURNAL OF MODELING IN ENGINEERING, 16(54 ), 415-428. SID. https://sid.ir/paper/358472/en

Vancouver: Copy

maghsoodi Mehrabani Karim, MEHRPANAHI ABDOLLAH, Alavi Ramin. Modeling of combined continuous and intermittent aqua-ammonia absorption cycle as solar refrigerator. JOURNAL OF MODELING IN ENGINEERING[Internet]. 2018;16(54 ):415-428. Available from: https://sid.ir/paper/358472/en

IEEE: Copy

Karim maghsoodi Mehrabani, ABDOLLAH MEHRPANAHI, and Ramin Alavi, “Modeling of combined continuous and intermittent aqua-ammonia absorption cycle as solar refrigerator,” JOURNAL OF MODELING IN ENGINEERING, vol. 16, no. 54 , pp. 415–428, 2018, [Online]. Available: https://sid.ir/paper/358472/en

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