@article{A._Uyun_Bamahry_Imanda_2017, title={Simulation of Desiccant Cooling}, volume={2}, url={https://ojs.imeti.org/index.php/AITI/article/view/276}, abstractNote={Desiccant cooling system has been an attractive topic for study lately, due to its environmentally friendly nature. It also consume less electricity and capable to be operated without refrigerant. A simulation study was conducted using 1.5 m long ducting equipped with one desiccant wheel, one sensible heat exchanger wheel, one evaporative cooling chamber and two blowers and one electric heater. The simulation study used 8.16 m/s primary air, the drying coefficient from desiccant wheel, k<sub>1</sub>=2.1 (1/s), mass transfer coefficient in evaporative cooling, k<sub>2</sub>=1.2 kg vapor/s, heat transfer coefficient in desiccant wheel, h<sub>1</sub>=4.5 W/m<sup>2 o</sup>C, and heat transfer coefficient in sensible heat exchanger wheel h<sub>2</sub>= 4.5 W/m<sup>2 o</sup>C. The simulation results show that the final temperature before entering into the air conditioning room was 25<sup> o</sup>C and RH of 65 %, were in accordance with the Indonesian comfort index.}, number={2}, journal={Advances in Technology Innovation}, author={A., Kamaruddin and Uyun, Aep S. and Bamahry, Alie and Imanda, Rino}, year={2017}, month={Jun.}, pages={51–55} }