Advanced Power Management for Electric Vehicle Charging Station

As the number of autos on the road continues to rise at an alarming rate, the day will come when automobiles will outnumber humans. As a result of such a tragedy, already scarce resources like fossil fuels would be depleted. As the number of hybrid and electric vehicles on the road grows, it is critical to extend the charging station network. Superchargers and mega chargers allow high-capacity vehicles to quickly recharge their batteries. This initiative was the first of its kind due to the manner in which it was put together. This research looks at the several types of energy that can be used to charge electric vehicles (EVs), with a focus on solar energy and traditional utility electricity. To assist cars and pedestrians in locating available parking places, a parking sensor system with LCD displays has been installed. Invoicing will begin as soon as a vehicle parks in a zone that requires a pass. This is true whether or not the driver possesses the necessary license. After the charging procedure has been successfully completed, the transaction can be completed by transmitting the agreed-upon sum using the RFID card.

I. Introduction

Because of the extensive use of fossil fuels in transportation, air pollution and greenhouse gas emissions are worsening. This must be rectified as quickly as possible. Numerous organizations and nations have set lofty goals for linking EVs to current power grids in order to build a more sustainable, environmentally friendly, and safe future. As a result, it is more important than ever to carefully plan and implement the usage of electric vehicles. The primary focus of this presentation will be on how human energy usage affects the natural environment.