The transport industry is transitioning to electrified vehicles because they are more dependable, safe, smart, and environmentally friendly. The next generation of transportation for development of a social and high mobility is electric cars (EVs). The drawbacks of the current conductive or plugin chargers force research on wireless power transfer (WPT) technology for EV charging, which would result in the utmost convenience of owning an EV. A practical charging method that is " independent," "no contact," and "park and charge" is WPT technology. Despite its benefits, this technology hasn't been widely used in the transportation industry. The technology is still relatively costly and inefficient compared to alternative options, which may account for the delay. A new age of electromagnetic fields (also known as resonant inductive coupling) based WPT systems for EV charging is now possible because to ongoing research and development in this area. We suggest an environmentally wireless charging (WC) technology for electric cars that allows WC even when the car is moving along the road. The suggested method is also employed for car charging in mall parking lots and other locations. Also, the proposed charging system might need electricity from wind and solar power plants that have been constructed beside roadways. They are connected to form a hybrid system to supply the WC system with electrical energy produced by solar PV systems.