NUMERICAL MODEL TO OPTIMIZE SOLAR PANEL SHAPES

This project aims to explore the influence of solar panel orientation angles (alpha, theta, and phi) and shape on energy conversion efficiency. Through comprehensive analysis and visualization of energy reception at various orientations, we have identified optimal configurations for maximizing solar panel efficiency. Our model reveals that as the curvature of the solar panel approaches zero and the shape becomes flatter, the average efficiency reaches its peak value. This finding indicates that solar panel shapes with lower curvature are more effective in capturing solar energy when fixed on specific surface areas. In conclusion, this study offers valuable insights into solar panel design and their ideal orientation angles for achieving peak energy conversion efficiency.