High Performance for PV Panel System Based on Optimal Cooling Techniques

In terms of normalized electrical power generation, effectiveness ratio, and module efficiency, this study demonstrates the excellent efficiency of photovoltaic solar cells with cooling. The study's goal is to use a hybrid cooling system to increase the efficiency, performance, and creation of an affordable cooling system. The performance of two solar modules, one cooled and one not, was investigated and compared When the temperature of the PV panels hits its Maximum Allowable Temperature (MAT), a mathematical model is employed to determine when to begin cooling them. Based on the suggested cooling system, a cooling system has been built to find out how long it requires to cool lower the photovoltaic panels to their usual operational temperature, i.e., 35 C. When compared to the uncooled module, the cooled module had 7.2% and 6% greater electrical performance and effectiveness ratio, respectively. The findings of this study demonstrate the significance and practicality of the research.