Design and Modelling of Power-Shifting Circuit for Hybrid Power Generation in Rural Area

Design and Modelling of Power-Shifting Circuit for Hybrid Power Generation in Rural Area

Sarvesh Saraf, Bhavesh Matre, Tejas Suryawanshi, Aniket Fale

B.E. (Electrical Engineering), TSSM BSCOER, Pune

Project Guide : Prof. Prajakta S. Wankhade

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Abstract - Any nation's social and economic progress depends on its access to energy. The generation of power is a concern for the entire planet. Fossil fuel resources must be used wisely since they are finite. The greenhouse impact is boosted by the power produced. Utilizing a system that uses both solar and wind energy can have additional advantages and be used all year round. India has grand aspirations to integrate a record amount of renewable energy into its electrical infrastructure. The fundamental motivation behind this programmed is to attain energy security by utilizing strategies that are environmentally friendly and generate clean energy. As part of this project, a Solar Photo-Voltaic (SPV) system has also been installed in a wind farm's buildings where a Wind Energy Convertor (WEC) is already in use. The combination allows for significant cost savings on a variety of fronts, including the sharing of common land and some pieces of equipment, such inverters, transmission networks for power evacuation, and shared auxiliary services. Additionally, the total fluctuation of the output produced has been tempered by combining wind and solar, which are typically complementary in nature, and the combined production is undoubtedly more amenable to integration with the grid.