Wireless Power Transfer Electric Vehicle Charger Using Solar Energy

The global significance of electrical vehicles (EVs) is rapidly increasing, as they continue to be one of the most highly anticipated technologies. EVs require electricity to get charged, and while domestic power supplies are usually utilised at home, long-distance drivers have access to charging stations on roads and highways. The design and idea of a solar-powered EV charging system are presented in this paper. Building an electric vehicle charging infrastructure that allows EVs to be charged while driving-without stopping at a charging station-is the proposed project. The wireless, solar-powered, road-integrated technology may greatly increase EV viability and advance environmentally friendly transportation [2]. This is a practical way to reduce carbon emissions while satisfying the energy demands of electric vehicles. Whenever taken into account the solar-powered EV charging system may greatly reduce EVs' dependency on conventional energy sources and offer a more environmentally friendly mode of transportation by building a system that can meet the demands of EVs for charging. The technique of transmitting solar power from the photovoltaic (PV) cell to the electric vehicle's battery integrates the remote force move technology[1]. Sun-oriented boards are thought to build a self-sustaining station, reducing its need for common energy resources. By using the light energy the sun produces, the sun- oriented boards produce electrical energy. The energy obtained from the board is transferred to a battery using a solar-powered charge regulator, therefore increasing the photovoltaic cell's force yield. Due to the wireless connection between the transmitting and receiving coils, DC current is injected into the battery. The battery is automatically switched off from solar power once it is full.