Design and Modeling of improved MPPT control for solar powered vehicle with Battery storage

The growing interest in vehicles has made it more important to have charging systems that work well and use clean energy. One type of energy that is getting a lot of attention is solar power from photovoltaic panels. Solar power is good for the environment. Can be found in many places.. The amount of power that solar panels produce changes a lot depending on how much sunlight there is and how hot it is. This change in power makes it harder to charge vehicles efficiently. To solve this problem this paper suggests a way to control the solar power system used for electric vehicles. The system uses a controller called an MPPT to get the most power possible from the solar panels. It also includes a battery to store energy and help keep things stable. The system has a panel setup, a controller, a special kind of converter a battery, a capacitor and the electric vehicle itself. The controller makes sure th solar panels give much power as they can even when the weather changes. It also keeps the battery charging and the voltage in the system steady. The whole system was. Tested using MATLAB/Simulink. The performance was checked under levels of sunlight by looking at the voltage, current, power, battery charge level, converter output and how well the whole system worked. The goal of this system is to use energy have fewer changes, in power and make solar powered electric vehicles more reliable.