Temperature variations of heat transfer fluids for a general energetic system

To investigate the heat transfer behavior of various fluids in an energetic system, we establish a dynamic model, which can describe adsorbent bed in different processes (isochoric heating, isobaric desorption, isochoric cooling and isobaric adsorption). Such a model can be solved using the numerical methods. Further the dynamic characteristics can be obtained based on analyzing the effects of various operating parameters, including adsorption velocity, adsorbent bed temperature, condensing temperature, evaporating temperature, and heat transfer fluid, and the changes of external conditions, including cycle time, heat source temperature, ambient air temperature, return air temperature, and cooling water temperature.