Power Pay: Revoulutionizing Wireless EV Charging with IoT Enhanced Billing

Abstract

The need for effective and convenient charging options has increased due to the quick uptake of electric vehicles (EVs). An IoT-integrated dynamic wireless charging system is presented in this research with the goal of improving EV charging accessibility and convenience. The suggested method greatly reduces downtime and enhances the driving experience by utilizing resonant inductive coupling technology to enable real-time, contactless charging while the vehicle is in motion. To provide users with safe access, our system integrates sophisticated authentication procedures. By using block chain technology, it improves confidence and accountability in the charging ecosystem by producing a tamper-proof record of user identities and transactions. By limiting access to charging services to authorized users only, this tiered authentication procedure safeguards user data as well as the infrastructure. Additionally, automated, real-time transaction management streamlines the billing process. With the help of a mobile application that offers notifications and a thorough billing history, users can easily keep an eye on their charging sessions. In order to provide a smooth user experience, this software also lets users select their preferred payment options. The design of the system consists of a network of dynamic charging stations positioned in key areas and furnished with Internet of Things sensors that collect information on energy usage, vehicle compatibility, and charging status. The system's dependability is further increased by analyzing this data to forecast maintenance requirements and maximize charging efficiency. In addition to addressing the drawbacks of conventional EV charging options, our IoT-integrated dynamic wireless charging system offers strong identification and payment capabilities, opening the door to an ecosystem of electric vehicles that is safer, more effective, and easier to operate. By giving EV users a flexible and dependable infrastructure, this invention seeks to hasten the shift to sustainable transportation.