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Distributed-generation systems are one of the major developing field in the past decade. Renewable energy power generation and near-consumer power generation is more critical than traditional power generation systems. Power delivery systems involve small distributed power sources, such as fuel cells, wind turbines, battery devices, photovoltaic, etc.  The electrical energy from the sun can be separated utilizing sun based photovoltaic (PV) modules. This energy can be amplified if the associated EV variations coordinate with that of the PV boardIn this Project, we apply the PV and Grid based model to managing electric vehicle (EV) Wireless charging in shared spaces, such as condominiums. The mobile application manages the user authentication mechanism to initiate the electric vehicle Wireless charging process, where a sensor is used to measure the current and based on the microcontroller The electrical vehicles have become the research focus for the environment-friendly characteristics in recent years. As the core technology of the EVs, the battery technology influences the development of the EVs. The hybrid energy storage system can increase the life span of the batteries by improving their working condition, and how to shorten the charging time is also concerned. Two technologies are analyzed in this paper, and a control method for the fast charging of the batteries is proposed. Hybrid energy storage is utilized to maintain the stability of the system.

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Goutham B, & Vaishnave M. (2024). Analysis and implementation of artificial intelligence based EV charger in grid tied PV system using ann. International Journal of Intellectual Advancements and Research in Engineering Computations, 12(2), 38–46. Retrieved from