Optimizing Droplet Condensation for Eco-Friendly Cooling: Experimental and CFD Validation

Abstract This study presents a novel cooling system that combines optimum droplet condensation and thermoelectric cooling to reduce energy consumption and environmental impact. With an amalgamation of conventional cooling models, the research adds a new form of nozzle and diffuser layout that increases droplet formation and cooling efficiency. The efficiency of the system was confirmed by experimental tests and modern CFD analysis that proved a 20% enhancement of cooling with a 15% energy saving compared to traditional techniques. The hybrid technique helps the cooler to be environmentally friendly and at the same time points out the possibilities of using the system in high-risk areas like data centers and pharmaceutical facilities. This helps in the development of sustainable cooling technology which goes a long way in providing industries with a probable solution to improving their sustainability and at the same time achieving better performance.