This paper has been conducted to estimate cooling capacity of the dehumidification tower using hot water from a solar water heating system as a energy source of regeneration process when the dehumidification and drying system is applied to room coolin...
This paper has been conducted to estimate cooling capacity of the dehumidification tower using hot water from a solar water heating system as a energy source of regeneration process when the dehumidification and drying system is applied to room cooling. A solar water heating system was operated and indoor temperature distuributions were simulated according to weather conditions when the concernted solution was used to dehumidify room air in the duhumidification tower. From the simulation results, it was found that the case of rainy day showed the best result and pre-cooling took about 2 hours to get cooling effect considering room temperature distribution only, through humidity was not calcualted in each case.