Wireless Power Transfer Systems for Electric Vehicle Application based on IoT

In today's technology world, the urge for sustainable development has made people to utilize Electric Vehicles. This has greatly affected the significant price hike in gasoline fuel. Few people are unwilling to purchase an electric car because of the absence of a charging infrastructure; however, a relatively less percentage of the population is willing to do so. Despite the availability of charging stations, most of the time is spent waiting for drivers to refuel the cars. Electronic multi-functional devices and electrical vehicles, both can be charged via wireless power exchange. This study discusses about various wireless power transfer methods, along with how they relate to power transmitted for electric vehicles via wireless technologies. An inductive force transmission method is also suggested in this study. Finally, a simulation was run, followed by an experimental implementation. Testing was also conducted with various alignment and distance scenarios, and a 90% efficiency rate was attained.