RFID Based Wireless Vehicle Charging Using Arduino Enhancing Mobility with Smart Energy Transfer
1Mr C.MURALI MOHAN, 2P.LIKHITHA, 3G. SHRISHA SEKHAR, 4 N. SURYA PRAKASH, 5 K. SAI
KEERTHANA, 6 S. YASWANTH REDDY, 7 B. URUKUNDA REDDY
1Associate Professor, 2,3,4,5,6,7Student.
1,2,3,4,5,6,7 Department of Electronics and Communication Engineering, SVIT, Anantapur, Andhra Pradesh, India ______________________________________________________________________________________________
Abstract - The significant increase of electric vehicles (EVs) requires new ways to address range anxiety and the lack of charging infrastructure. Inductive charging road networks, enabled by wireless power transfer technology, can address these challenges. Wireless charging enables transport that is efficient, flexible and reliable, and the driver can simply park in a wireless charging spot and walk away without having to recall using kludged cables or remembering to plug it in. Electric vehicle charging of battery through charger and wires is inconvenient, dangerous, and costly. The internal combustion engine technology vehicles have already been demonstrated to be the perpetrators of air and noise pollution and dangerous green-house gases. These vehicles are now transitioning to electric. This project examines the application of wireless charging technology and its applied capabilities of inductive charging and wireless power transfer technology to charge electric cars without physical cables and plugs. This technology, called Wireless Power Transmission, was originally invented by Nikola Tesla and enables electricity to be transmitted remotely without wired networks to allow vehicles to charge inductively as the vehicle is parked. The technology is currently becoming more efficient and more efficient wireless power transfer which is enabling us to address trends to support electric vehicle charging, and it enables reduction of charging time, enable extended range, and lowered costs for EV technology. Electric vehicle charging technology needs to be supported by proven applied methods that may improve accessibility and adoption by the public.
Keywords: Electric Vehicles (EVs), Wireless Charging, Inductive Coupling
