Solar Based Parking Cum Charging Station for Electric Vehicles

As the car industry enters a new age, it is swiftly transitioning from IC engines to electric vehicles. Electric vehicles are becoming more popular. This increases the need for charging stations as well. This paper presents a theory for charging electric vehicles wirelessly without a chord using inductive coupling. So, the parking slot is completely transformed into a power source using solar panels. One of Nikola Tesla's most important discoveries was the idea of wireless power transfer. Also, an Internet of things-based collection system is designed in which a person can use the RFID to pay the charging charges of that vehicle. The system checks if the person has sufficient balance and then deducts the charging charges and updates the balance. The phrase "Internet of things" refers to a system of physical objects that are linked using sensors and other technologies to share data with other hardware and software. As a result, the system does not require any human intervention. Vehicles can be charged wirelessly via inductive coupling and payment can be made for charging via RFID tags as a result of this paper. So wireless power transmission is a technology that could play a significant role in shaping the future. The paper discusses the potential of this technology to enable wireless charging in various aspects of our daily lives, presenting new opportunities for its application.