Electric Vehicle Wireless Charging Point
Miss. Gaikwad Rushika Sunil 1, Miss. Bhavsar Arti Nityanand 2, Mr. Gaikwad Rahul Annasaheb 3,
Miss. Garud Prajakta Sanjay 4,
Dr. Pawan .C. Tapre. ( Guide) 5
COLLEGE NAME
S.N.D COLLEGE OF ENGINEERING & RESEARCH CENTER, YEOLA.
DEPARTMENT OF ELECTRICAL ENGINEERING.
v Abstract :-
1. Wireless power transmission is the way to transfer power without using wire.
2. Wireless power transmission helps to connect those area where people are unable to get a suitable power source.
3. Everyone can get clean and green wireless power. In future all the devices will relate to the power supply source wirelessly.
4. Wireless charging of electric vehicles (EVs) has been in development for several years in preparation for the growth in adoption of these vehicles.
5. Wireless charging systems today offer an efficient, flexible means of charging EVs from multiple classes and at a range of power levels from a common ground source.
v Project Objectives :-
To study and investigate on wireless power transfer. A technique used in my research is an inductive resonance coupling method. To identify how many powers voltage and current could transmit from primary coil source to a secondary coil load. To design the wireless power transfer for electric vehicles by using the concept of inductive resonance coupling method. To prove it, a prototype will be built.
v Introduction :-
To research innovative wireless charging station technology for electric vehicles. We will discover about the design, construction, and operation of charging stations for electric vehicles from the above case study, as well as the future scopes and requirements of EV charging stations. Wireless Power Transfer (WPT) technique requires no physical contact between vehicle and charging device, therefore overcomes the inconvenience and hazards caused by traditional conductive method. The initial objective is replacing conductive charging method by the novel WPT technology, while maintaining a comparable power level and efficiency. The long-term goal is to dynamically power the moving vehicles on road. This will lead to a much-reduced battery pack but extended driving range. Then, the main concerns of EV, namely the high battery price and the range anxiety, will be addressed. Wireless power transmission, wireless energy transmission, or electromagnetic power transfer is the transmission of electrical energy without wires. Wireless power transmission technologies use time-varying electric, magnetic, or electromagnetic fields. Wireless transmission is useful to power electrical devices where interconnecting wires are inconvenient, hazardous, or are not possible.
