Development and performance analysis of a solar panel with solar tracking system

In response to the growing demand for renewable energy, there has been significant research in the field of solar power generation. One promising solution to maximize energy production is the integration of solar tracking systems into solar panels. These systems aim to optimize the capture of solar radiation by continuously adjusting the panel's position to align with the sun's rays throughout the day. This report focuses on the development and performance analysis of a solar panel integrated with a solar tracking system. By detailing the design process and conducting a thorough performance evaluation, this study aims to contribute to the advancement of solar tracking technology and its role in enhancing solar energy generation. The system utilizes sensors, actuators, and a microcontroller to continuously align the panel with the sun's direct rays. The report outlines the design process, including the selection of materials and tracking mechanisms, and evaluates the performance of the solar panel with tracking compared to a fixed panel under varying solar conditions. Results indicate that the solar panel with tracking consistently outperforms the fixed panel, capturing more solar energy. The findings contribute to the understanding of solar tracking technology and its potential to enhance solar power generation.