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In this study, a novel desiccant based air conditioning system is designed and tested experimentally to improve the indoor air quality and reduce energy consumption.
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Desiccant based air conditioning systems are a suitable way to improve indoor air quality due to its superior humidity control.
Free cooling of buildings may be seen as an alternate to compressor based air conditioning systems used for the buildings.
Multi-evaporator air conditioning (MEAC) systems become more and more popular, as they possess many advantages compared with chilled water based air conditioning systems.
In this study, a novel desiccant based air-conditioning system was considered.
This study will help to understand the design and operation for the DET chiller based air-conditioning systems.
It shows that desiccant-based air-conditioning system supported the thermal environmental condition of the house both with economic and environmental benefits when coupled with different renewable energy sources compared when using the typical air-conditioning system such as the vapor compression system which is totally electric-powered system.
Open image in new window Fig. 9 Application of alternative energy sources and new building technologies: a desiccant-based air-conditioning system [40], and b photovoltaic panel roofing, ground source air cooling, solar thermal collector in garage roof, biomass-fueled water heater and grid connection electricity.
It is highlighted in this paper that desiccant-based air-conditioning system is primarily utilized as compared to previous research works for the energy efficient houses which utilizes typical air-conditioning systems [8, 23, 24].
Numerical performance evaluation of the solar energy and alternative energy supported single family detached house with desiccant-based air-conditioning system was conducted in a transient system simulation program to evaluate the economic and environmental benefits of utilizing different sources of energy aside from the solar thermal and photovoltaic electricity generated by the house.
Two of these case studies, namely the refrigeration plant and the combined cycle power plant, are actual systems designed and commissioned by prominent Indian companies, while the third is a novel desiccant-based air-conditioning system whose technoeconomic feasibility was being investigated.
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