A significant percentage of energy produced is used for cooling systems. For this reason, improvements in cooling systems can provide significant energy savings. In this study, a comparative result of the energy and exergy changes that occur in the system when different working fluids were used in the ejector cooling system with a unique design is presented. The system comprised different components such as an ejector, a steam generator, an evaporator, an air condenser, and a pump. This study aimed to determine the parameters that affect the thermodynamic performance of different working fluids. As a result, ideal working conditions were found by calculating the working fluid with the highest energy and exergy efficiency.
Yakut, G., Ayartürk, H., Utlu, Z., Yakut, M.Z. and Karabuğa, A. (2022). 'Assessment of the thermodynamic analysis of a unique ejector cooling system'. SET Proceedings, 19(1), pp. 22-26. https://doi.org/10.65582/set.2022.004
