Paper Details

The increased requirement for air cooling purpose, particularly not used in cold and less humid weathermeans in hot and moisturized whether has reasoned a significant deeply in demand for renewable energy resources. Asolar techniques with capacity to severe the problem is a free absorbent system, where moisture is sucked from the airto be treated by face to face contact with the absorbent. The absorbent is again used, again in face to face touch with anexternal air stream, at comparatively less temperatures of the heat resource. The paper gives a info of a liquid desiccantdesigned for giving cooling effect of air used for domestic purpose. This system is capable of using renewable sourcehaving SOLAR ENERGY, which can be made of curved or flat collectors and has ability to give both dehumidificationand cooling. As required by the load effects can be vary having different ratios. Many cycle parameters have beenconsidered, related to many different design options. A study shows that inlet parameters of the atmospheric air affect themass and heat transfer occurring during the dehumidification process. The temperatures and flow rates of the heatingand cooling water can be varied.

Jay S. Mirchandani, Bhupesh Thakur, “Liquid Desicant Air Conditiong by Using Renewable Source Solar Energy as Renewable Source”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 3, Issue 4, pp. 421-428, April 2016.