Green and sustainable cellular base stations powered by renewable energy

This research focuses on design and simulation of a hybrid energy management system, which utilizes solar and wind energy as dual power sources. The research is motivated by energy scarcity and unreliability in certain locations, highlighting the importance of renewable energy sources. The main objective is the development of an effective, efficient, and robust control system of the energy. So, this study aims to optimize the performance of energy modules. The methodology and algorithm has been developed and utilized to enhance efficiency of hybrid power sources. The maximum power point tracking (MPPT) of the solar modules will be maximized through this method, facilitating optimal power conversion from solar to load. The aim is to increase the efficiency of solar cells by optimizing the MPPT algorithm, providing a reliable, stable electricity supply with minimal disruptions. In this study, a hybrid system with solar and wind turbine energy sources has been simulated. The implementation of a fuzzy logic controller using the MPPT algorithm is presented to extract maximum possible power from the source efficiently and powerfully.