ADVANCE CHARGING STATION FOR ELECTRIC VEHICLES

Abstract

Owing to the growth of civilization and rising emissions of pollution from automobiles and factories, the state of the atmosphere is getting worse every year. Air pollution is one of the big problems contributing to global warming, leading to global climate change that has caused the earth's surface temperature to rise and also leads to many health concerns. Electric vehicles (EV) are an integrated mobile intelligent energy storage terminal & power utilization system in the Smart Grid to overcome air pollution. For wide-area charging-swap systems for electric vehicles to address automation & intelligence support issues. This paper analyses functional specifications of electric vehicle charging-swap network activity service scenarios and explains the architecture of the Internet of Things (IoT) for broad-based electric vehicles, consolidating the management of work & monitoring in this paper. Then, develop a perception integration model in mobile scenes for real-time data collection of battery packs. Wireless charging is available in three different modes. Quasi-dynamic charging & dynamic charging, static charging. WPT is a more comfortable, reliable method of charging as well as shielded by electric shock compared to inductive power transfer. The WPT is a device that transfers energy through the air gap without any wires.