Wireless Charging System for Electric Vehicles

The EV wireless charging research has been ongoing for some time in preparation for the expected EV usage surge. EV charging from a common power supply is most advanced with wireless charging systems. Such systems are efficient and adaptable. Standards are constantly being sought to ensure our systems work with all car manufacturers and countries. This study examines the existing wireless charging infrastructure for electric vehicles (EVs). This study designs, builds, and deploys a hardware model for wireless EV charging. The four main steps of the process are as follows: (1) designing and building the car, with an emphasis on structural integrity and component placement; (2) integrating electronic components, with an emphasis on accurate installation or connecting to enable simple communication between the vehicle, sensor, or IoT infrastructure; (3) implementing the charging mechanism, with an emphasis on power conversion and transmission, to ensure the wireless charging system is effective and functional; and (4) developing web apps. By streamlining the charging process and adding to the sustainability of transportation infrastructure, the hardware model demonstrates a novel approach to static wireless charging. Significant reductions in emissions and carbon footprints are proved by the study's results, which reveal the effective creation of a hardware model for stationary wireless electric vehicle charging. Improved charging efficiency and economic benefits are demonstrated by the findings, which emphasize the significance of ecologically friendly transportation solutions.