2014Unpublished venueRequires access

Experimental Modelling of Liquid Desiccant Air - Conditioning System

Jithu C. John, R. Sabarish

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Abstract

In the present study, experiments have been conducted on an Indirect Contact Liquid Desiccant Vapour Compression Hybrid Air- Conditioner system, desiccants are coupled with vcrs cycle and the load of evaporator is shared by it, while the condenser heat is _tilized for regeneration of the same. The energy efficiencies of conventional air conditioning and desiccant coupled air conditioning are evaluated. Various parameters like air specific humidity, air flow rate, desiccant flow rate and air temperature affect the system are done.

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What this paper is about

In the present study, experiments have been conducted on an Indirect Contact Liquid Desiccant Vapour Compression Hybrid Air- Conditioner system, desiccants are coupled with vcrs cycle and the load of evaporator is shared by it, while the condenser heat is _tilized for regeneration of the same. The energy efficiencies of conventional air conditioning and desiccant coupled air conditioning are evaluated. Various parameters like air specific humidity, air flow rate, desiccant flow rate and air temperature affect the system are done.

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Available abstract

In the present study, experiments have been conducted on an Indirect Contact Liquid Desiccant Vapour Compression Hybrid Air- Conditioner system, desiccants are coupled with vcrs cycle and the load of evaporator is shared by it, while the condenser heat is _tilized for regeneration of the same. The energy efficiencies of conventional air conditioning and desiccant coupled air conditioning are evaluated. Various parameters like air specific humidity, air flow rate, desiccant flow rate and air temperature affect the system are done.

Key concepts: Desiccant, Air conditioning, Vapor-compression refrigeration, Condenser (optics), Liquid desiccant, Evaporator, Humidity, Environmental science

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