Electric vehicles are quickly becoming a more significant part of the transportation sector, increasing the need for efficient and sustainable charging infrastructure more important than ever. Currently, most EV charging systems rely heavily on grid electricity, which often comes from non-renewable sources, and they use physical connectors that create both environmental and practical challenges. This led to a growing demand for eco-friendly, user-friendly, and scalable solutions. Right now, we have options like wired chargers, solar-powered stations, and wireless systems, but each has its downsides. Wired chargers can be inconvenient and are prone to wear and tear, while wireless charging systems face issues with energy transfer. Although solar-powered chargers are good for the environment, they still depend on the grid, which limits their sustainability. Our solution is a solar-powered wireless EV charging station that combines solar energy with wireless power transfer technology. By eliminating wired connectors and reducing reliance on grid, this system offers a more convenient and environmentally friendly way to charge EVs. An Energy Management System is installed which will optimize the energy flow between the solar panels, battery storage, and grid usage. This approach not only helps to reduce carbon emissions by using renewable energy but also enhances user comfort and scalability, making it suitable for various locations, from homes to public places. Overall, this project supports the world towards greener energy and sustainable transportation for the future.