Abstract
To improve the performance of a conventional single stage adsorption chiller, we proposed a dual evaporator type three-bed adsorption chiller. We have assembled an experimental device to test the performance of a dual evaporator type three-bed adsorption chiller. The heat input and the cooling output are calculated by the measurement of temperature and mass flow rates. In addition, the performance of a dual evaporator type adsorption cycle was compared with that of a conventional single stage adsorption cycle in terms of COP. As a result, it was shown that a dual evaporator type adsorption cycle achieved a higher COP than a single stage adsorption cycle.
