Electric vehicles (EVs) are becoming popular because they help reduce pollution and save energy. However, traditional charging stations that depend only on electricity from the grid can create problems like overloading, voltage issues, and higher costs. To solve this, this project focuses on developing a hybrid EV charging station that uses multiple power sources such as solar energy, grid power, and battery storage. The system uses solar panels to generate clean energy and a technique called Maximum Power Point Tracking (MPPT) to get maximum power from sunlight. It also includes a backup battery system to ensure continuous charging even when solar power is not available. A control system manages the power flow between different sources to provide stable and efficient charging. The design was tested using simulation tools like MATLAB and Easy EDA, and a prototype was built to verify its performance. The system successfully charged a 48V lithium iron phosphate battery using both solar and grid power. Overall, this hybrid charging system reduces dependence on the grid, improves energy efficiency, and supports sustainable transportation. It shows that combining renewable energy with smart control can make EV charging more reliable and eco-friendlier.