WIRELESS CHARGING STATION FOR EV VEHICLES AND SOLAR PANELS

Abstract

Electric vehicles (EVs) are a new and developing technology in the power and transportation sectors. Regarding the state of the economy and ecology, there are more advantages. The most crucial component of electric vehicles is the charging station, which lowers environmental pollution and the influence of greenhouse gases. Electric Vehicle Supply Equipment is another name for this electric charging station (EVSE). It is made up of both low power and high power. It would be very helpful to build an on-road charging system with a solar panel so that we can charge at any time. We can also drive off-road with connected batteries because the high power is terminated at a fraction of the second charging that can be implemented in an electric vehicle rather than the low power. The photovoltaic (PV) cell's force from sunlight is transferred to the electric vehicle's battery via the application of remote force move technology. Sunoriented boards are thought to build an autonomous force station, so reducing its need on common energy resources. By using the light energy the sun produces, the sunoriented boards generate electrical energy. The energy obtained from the board is transferred to a battery by means of a solarpowered charge regulator, therefore increasing the photovoltaic cell's force output. Due to the wireless connection between the transmitting and receiving coils, DC current is injected into the battery. The battery is automatically switched off from solar power once it is full. As a consequence, electric battery utilization and sustainable mobility are achieved. There is an overview of the charging stations and a discussion of the implications of electric vehicles.