Design and Performance Analysis of Fibonacci-Based Solar Tree Structures: An Innovative Approach

Solar energy is a renewable, zero-emission resource with great potential for electronics. Solar energy is readily available for home and commercial use with little upkeep. Photovoltaic cells generate electricity from solar radiation. Fibonacci-based solar trees are best for all-around energy conversion. This method reduces land needs in big Indian cities. Our novel Fibonacci solar tree design skillfully overcomes the constraints of flat solar modules, distinguishing it from conventional solar panels. This strategy efficiently eliminates the possible shadow problem that may arise between the solar tree's branches and foliage. The performance metrics of solar trees using Fibonacci patterns, including output power and efficiency, have been assessed and analyzed. The climate influences the performance metrics of the solar tree. This study designs 3/8 phyllotaxy solar plants using Fibonacci-based phyllotaxis. We are calculating and analyzing the standard solar panel and 3/8 phyllotaxy pattern's output power and electrical efficiency. The 3/8 phyllotaxy pattern outperforms conventional solar panels with 10.55% output power and 51% efficiency.