Solar Wireless Electric Vehicle Charging System
Abstract
Electric vehicles (EVs) are increasingly being adopted worldwide and are gradually becoming a significant part of modern transportation. In addition to their environmental advantages, EVs help reduce travel costs by replacing conventional fuels with electricity, which is comparatively more economical. However, to further enhance their reliability and practicality, improvements in battery charging technologies are essential. The proposed “solar-based wireless EV charger” utilizes renewable energy to address these challenges. In this system, solar energy is converted into electrical energy and stored in a lead-acid battery. A battery management unit is employed to regulate and manage the stored energy, which is then used to charge electric vehicles. Wireless charging technology operates by transferring power through an electromagnetic field across a certain cases, eliminating the need for physical connections. can be charged either through conventional plug-in methods at charging stations or via wireless power transfer systems. These wireless systems can be implemented as either static charging, where the vehicle is stationary or dynamic charging, which enables charging while the vehicle is in motion. The underlying principle of wireless power transfer in this system is inductive coupling, where energy is transmitted from the source to the vehicle battery through transformer-like windings. This approach offers a promising solution for efficient, contactless, and sustainable charging of electric vehicles.
References
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