The surging requirement for electric vehicles (EVs) is a direct response to the global objective of curbing carbon emissions and decreasing the usage of petroleum-based fuels. Nevertheless, the expansion of the EV market is hampered by a lack of charging points and "range anxiety" among drivers. This research explores the development and performance of a Solar-Powered EV Charging Road System, which facilitates the wireless replenishment of vehicle batteries during transit. The architecture utilizes photovoltaic arrays to capture solar energy, which is subsequently stored in high-capacity battery units. This power is then channeled to induction coils submerged beneath the pavement. Through the mechanism of electromagnetic induction, energy is wirelessly transmitted to a receiver unit attached to the vehicle's chassis. This mobile charging framework minimizes the necessity for stationary plug-in stations and effectively broadens the driving range. The proposed design features integrated power electronics, automated voltage regulation, and robust safety protocols. This study details the operational methodology, the physical construction phases, and fundamental power metrics, contributing to the advancement of smart city infrastructure and eco-friendly mobility.
Electric Mobility, Inductive Power Transfer, Renewable Solar Energy, Wireless Charging, Intelligent Roadways.
IRE Journals:
Prof. Preeti S. Parihar, Prem D. Ingle, Vijay D. Kamble, Jyoti V. Punde, Omkar M. Dubale "Solar-Powered Dynamic EV Charging Road Infrastructure" Iconic Research And Engineering Journals Volume 9 Issue 8 2026 Page 1627-1629 https://doi.org/10.64388/IREV9I8-1714463
IEEE:
Prof. Preeti S. Parihar, Prem D. Ingle, Vijay D. Kamble, Jyoti V. Punde, Omkar M. Dubale
"Solar-Powered Dynamic EV Charging Road Infrastructure" Iconic Research And Engineering Journals, 9(8) https://doi.org/10.64388/IREV9I8-1714463