Prototype for Static WPT for EV Charging Applications

Abstract

The wireless Electric Vehicle (EV) charging systems are a great evolution in the sustainable transportation infrastructure development. To alleviate this pressing requirement, a new technology based on wireless charging systems is developed, comprising their definition and principle of operation, as well as performance modelling for wireless charging systems for EVs. The innovation provided here is possible with the inductive charging technology that allows the electricity to transfer between ground ground-mounted charging pad and the receiver on the electric vehicle placed under the vehicle. The idea of wireless EV charging dates all the way back to research experiments performed decades ago, with present development in technology and infrastructure making it an option for mass consumption. The conveniences these systems provide are unparalleled; an EV owner can simply park over a charging pad and not worry about manual plug in. In addition, wireless EV charging systems are able to take away urban space constraints or aesthetic concerns offered by having the physical footprint of the charging infrastructure minimized. However, for electrifcation to take place, the industry must adopt wireless EV charging as the way to the future that will improve accessibility and sustainability to the mobility.