Design and Implementation of Wireless Power Transmission for Electric Vehicles Using Solar Panel

Abstract

The electrical power transmission from the source to an objective that occurs without really any usage of wires is known as remote power transmission. Copper connections and driving wires are abstained from for remote trade of electrical energy. Remote power transmission (WPT) has a wide extent of purposes like charging electric vehicles, hybrid vehicles, electronic devices; etc. Prior move of remote power has been achieved for charged batteries or AC sources. In this paper, the outcome from the daylight-fueled charger is taken as a commitment to the system. DC push ahead converter is been used since the daylight-based chargers yield is small it should be pushed ahead to fitting characteristics. The pushed ahead dc voltage is given to the class-E intensifier and subsequently different over into a high repeat influencing signal. This transmission is further somewhat moved using a transformer. By achieving the incredibly appealing coupling that exists between the trade course of action that is transmitter and authority twist the power is been moved. Later, the framework rectifier circuit changes over the influencing signal into DC before it is dealt with to the stack.