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Thermodynamic Performance Analysis of a Low-Cost,Recycled and Energy-Efficient Solar Air Heater with waste beverage cans:An Experimental Research

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Journal of Thermal Science 2023年第4期32卷 1657-1670页

作者： Pinar Mert CUCE Abhishek SAXENA Erdem CUCE Yusuf Nadir YILMAZ Saboor SHAIK GUO Shaopeng Department of Architecture Faculty of Engineering and ArchitectureRecep Tayyip Erdogan UniversityZihni Derin CampusRize53100Turkey Pinar Mert Cuce Low/Zero Carbon Energy Technologies Laboratory Faculty of Engineering and ArchitectureRecep Tayyip Erdogan UniversityZihni Derin CampusRize53100Turkey Mechanical Engineering Department School of EngineeringDev Bhoomi Uttarakhand UniversityDehradunIndia Solar Energy Research Lab PandharpurMaharashtraIndia Department of Mechanical Engineering Faculty of Engineering and ArchitectureRecep Tayyip Erdogan UniversityZihni Derin CampusRize53100Turkey School of Mechanical Engineering Vellore Institute of Technology VelloreVelloreTamil Nadu632014India School of Energy and Environment Inner Mongolia University of Science and TechnologyBaotou014010China

Solar air heaters are at the centre of interest owing to their widespread use for various *** the study,thermal performance analysis of a solar air heater that can be easily produced from daily waste materials is *** system has a low-cost structure with both waste material use and a simple *** proposed system is tested under different climatic conditions,and the energetic and the exergetic performance figures are obtained for the first time in *** is observed from the experimental tests that the results are stable and coherent as well as in good accordance with the similar attempts in literature with some cost reductions and performance *** performance analyses indicate that the maximum energy efficiency of the system is about 21%,whereas the exergy efficiency is 1.8%.The energetic and exergetic outputs of the system are also determined to be 27 W and 3 W,respectively,which is promising.

关键词： solar air heaters absorber design waste beverage cans energy and exergy efficiency

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