Smart Monitoring of DC Power in E-Vehicle and Regenerative Charging Technique

The main purpose of this project is to monitor Parameters of electric vehicles. As people become more environmentally aware, electric vehicles are growing in popularity. They have a variety of advantages over conventional gas-powered cars, including fewer emissions and a decreased reliance on fossil fuels. Instead of implementing a prototype investigation of EV parameters. They are rapidly becoming the transportation choice of the future. Electric vehicle batteries have come a long way in the last few years. They are now much more reliable and can last for longer distances. They are becoming increasingly affordable, which is making electric vehicles more accessible to more people. This project examines the characteristics of battery management systems, their technology, and the benefits and drawbacks of using them in electric vehicle applications. This project includes the smart monitoring of power in E-vehicles, state estimation, fault analysis, data acquisition and charging the E-vehicle using solar power to improve the performance of battery in E-Vehicle. Therefore the user can check the parameters of electric car through this battery management analysis. Our project uses Matlab - Simulink as the simulation program. We built a virtual model in this software. An electric vehicle that monitors battery parameters and allows us to use the alternate battery which is using solar power as resource and this alternate battery can be automatically switched into action when the primary battery drains out. Also, our project focuses on using wireless charging technique for Electric Vehicle that is efficient and affordable.