Efficiency Improvement of Panels Using Thermoelectric Cooling Technique

Solar energy, with its vast potential as a sustainable energy source, is quickly rising to prominence. As the temperature of a PV panel rises, its efficiency drops. Therefore, when the temperature rises, the power output of the PV module decreases unless the heat is removed. The efficiency of PV panels could be improved with the help of module cooling. This thermoelectric system is utilized for cooling purposes. Combining photovoltaic (PV) and thermoelectric (Thermoelectric) modules can improve the overall efficiency of the solar energy conversion system by maintaining a consistent temperature. There has been research into thermoelectricity and a model of PV-Thermoelectric combo produced to show how effective these two types of modules may be when combined. The research demonstrates the effectiveness of a thermoelectric cooling system in improving the electric conversion efficiency of a PV array. If the heat is not dissipated, a PV module's output power decreases as its temperature rises