Abstract：
In order to make full use of advantages of regional climate，and improve the utilization rate of solar energy，a kind of solar energy ejector refrigeration system coupled with direct evaporation is put forward. Its thermodynamic analysis is and furthermore，the best generating temperature of the coupled system using solar energy ejector refrigeration on a certain condition is studied through experiments. On the typical meteorological conditions in Kashgar，Xinjiang，the primary energy consumption of R134a coupled system is compared with that of conventional electric compression refrigeration system and traditional solar energy ejector refrigeration system. The results show that the R134a coupled system is 97 % energy-saving than the former，and 24 % energy-saving than the latter.
HAN Rui-chun,LI Feng-lei,DONG Xu et al. Study on Solar Energy Ejector Refrigeration System Coupled with Direct Evaporation[J]. Architecture Technology, 2017, 48(5): 454-.
