Optimizing Solar Energy Harvesting with Nano-Ceramic Technology

Faculty of Engineering, Mechanical Engineering Dept., AL Zaytoonah University, Amman, Jordan

^* Corresponding author: m.baniyounis@zuj.edu.jo

Abstract

The purpose of this study is to look at the possible benefits of putting nano ceramic coatings on photovoltaic (PV) modules in terms of efficiency and power output. The basic goals of the nano ceramics application are to enhance light absorption, minimize surface reflectance, and alleviate environmental conditions that commonly impede PV performance. Various nano ceramic materials and coating procedures are examined in a series of studies to see how they affect the overall efficiency and power production capacities of solar panels. The findings of this study are intended to provide useful insights into the optimization of solar technology, enabling the development of more sustainable and effective energy producing systems. This study supports continuing efforts to improve the performance and reliability of PV systems, providing a feasible approach for expanding solar energy use. The results demonstrate the significant benefits of adding nano ceramic coatings to PV modules. The primary advantages are a 3-5°C decrease in operating temperature, a 2-3% increase in efficiency, and a 10-12% increase in power output. These findings demonstrate how the coating may raise solar energy systems' efficiency, especially in hotter regions.