Smart-Charge

The increasing global adoption of electric vehicles(EVs) is critical for reducing carbon emision and achieving sustainability targets.However ,the current charging infrastructure faces challenges such as gird instability,inconsistent station deployment,long charging times, and a lack of renewable energy integration.Additionally ,concerns regarding EV battery performance,reliability,and remaining useful life can hinder user confidence in electric vehicle technology and affect overall vehicle longevity. Project aims to leverage Aritificial Intelligence(AI) to address these issues by improving the efficiency,scalability and reliability of EV charging infrastructure.By integrating AI into grid management,station deployment,charging optimization and renewable energy utilization,we will build a smart,data driven system that balances energy demand,enhances user experience and accelerates the transition to sustainable transportation network.Moreover project will focus on optimizing Ev battery performance by implementing predictive analytics to monitor battery health,optimize charging cycles and assess the remaining useful life of batteries.this will enable users to make informed decisions about charging and usage,ultimately extending the life of their EV batteries and improving overall EVs relliability.