Design, Construction and Performance of a Solar Cloths Drying System

This paper presents the design, construction and performance evaluation of an efficient stand-alone PV- integrated solar clothes drying system for applications. The was constructed to reduce reliance on unsustainable electric dryers, which are high electricity-consuming appliances resulting in emission large CO2 amounts environment. All these developments were geared towards improving reliability alternative sustainable energy systems help environmental hazards. After testing different materials evacuated collector tube, result shows that copper is best efficiency followed by aluminum. But aluminum used casing a tube tube. From test hybrid system, it observed trend variation temperature weather condition able dry pair within 3 hours during outdoor about 45 minutes indoor with relative humidity 30%. The economic analysis also carried out payback period calculated be 2.87 years, small compared life system.