Automatic Dynamic E-Vehicle Charging System Using Wireless Power Transfer Technology

An Automatic Dynamic E-Vehicle Charging System based on wireless power transfer technology was designed and implemented in this study. Using an Arduino-based control system, the built prototype effectively demonstrated wireless energy transmission, automated vehicle identification, and regulated battery charging. The findings suggest that wireless charging can offer a useful substitute for traditional charging techniques by enhancing user experience, convenience, and safety. The basic ideas of dynamic EV charging were confirmed by the suggested method, which also achieved dependable functioning. The system has limits with regard to synchronization sensibility, infrastructural demands, and recharging efficiency, despite its encouraging performance. Resonant inductive coupling, increased power transfer capacity, smart-grid integration, and practical testing with large-scale electric automobiles should be the main topics of future research. Overall, the Automatic Dynamic E-Vehicle Charging System represents a significant step toward the development of intelligent and sustainable charging infrastructure for future electric transportation systems.

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