Wireless Electric Vehicle to Vehicle Power Transfer in Single Phase Induction Motor Drivetrain

Electric vehicles are the ideal option for environmentally friendly and smooth transportation, due to their high efficiency and absence of greenhouse gas emissions. The lack of electric charging facilities is the biggest limitation in the implementation of electric vehicle transportation. This situation can be well modified with smart approaches like vehicle to grid(V2G), vehicle to home(V2H), and vehicle to vehicle (V2V) charging schemes. In V2V, charging is used to synchronize the charging between electric vehicles. Which is needed when electric vehicle users are left without a battery charge and a nearby charging station. Therefore, to overcome the limited number of charging station problems, V2V wireless power transfer (WPT) can be used. With the invention of the wireless charging system, owners of EVs do not need to wait long hours at a charging station instead they can put their vehicles on charging mode anywhere even at running time. In this proposed system the Wireless V2V power transfer is enabled by measuring and comparing the battery voltage and SoC of EVs. According to the higher or lower value of battery SoC and Voltage level, a single EV can act as a both transmitter and receiver EV. The designed system is validated through MATLAB/Simulink