Implementation of Moroccan map solar cooling based on the dynamic study by a solar adsorption refrigeration machine working with activated carbon- ammonia pair using a sensor plane

This work presents the results of the development of a dynamic model aiming to contribute to the design and performance evaluation of an ammonia-activated carbon adsorption solar cooling systems using a sensor with glass normal. Model takes into account the transient behavior of input variables as solar radiation and ambient temperature and it calculates the adsorbed mass and the pressure of the reactor. This allows us to calculate the quantity of cold produced in the solar refrigerating machine. The solar collector used for converting solar energy to heat is a solar flat plate collector. The model is applied to the performance evaluation and the calculation of amount of cold produced of this kind of devices in different locations at Morocco.