To investigate the performance of solar liquid desiccant regeneration

experiments in the system of the solar liquid desiccant regeneration using LiCl solution as the liquid desiccant were performed. The effects of the important operating parameters on the performance of the system were analyzed experimentally. The results showed that

the air and solution mass flow rate had a big positive impact on the performance of the system. The regenerated rate and the energy utilization rate of the system were increased with the liquid desiccant regeneration temperature

but the heat collecting efficiency was decreased with the liquid desiccant regeneration temperature. The regenerated rate

the heat collecting efficiency and the energy utilization rate of the system would be reduced if the solution concentration increased. And the heat collecting efficiency increased when the solar radiation increased

the system energy utilization rate reduced on the other hand. In addition

the experimental results provided reliable data for the further analysis about how to make use of solar energy efficiently on solution regeneration process.