SMART EV CHARGING INFRASTRUCTURE USING IOT

The rapid growth of electric vehicles (EVs) has created an urgent need for accessible, efficient, and environmentally responsible charging infrastructure, especially in densely populated urban communities. This project proposes a Smart Charging Station powered by solar energy, designed specifically for communal parking environments where sustainability and convenience must go hand in hand. The system integrates a network of solar panels with an intelligent charging controller, enabling the station to operate using clean, renewable energy and significantly reducing dependence on conventional grid electricity. This approach not only lowers carbon emissions but also supports long-term energy resilience. A dedicated mobile application forms the user-facing layer of the system, allowing EV owners to monitor real-time energy consumption, choose preferred charging modes, track charging progress, and complete payments digitally. By giving users full visibility and control over their charging experience, the system enhances transparency and overall usability. On the operational side, the platform provides live analytics on power generation, charger availability, and energy distribution. These insights help operators optimize scheduling, manage loads efficiently, and maintain reliable service even during peak periods. The solar-integrated design ensures that clean energy is utilized to the fullest, contributing to greener mobility solutions within urban spaces. The proposed system not only addresses the rising demand for EV charging stations but also aligns with global sustainability goals by promoting renewable energy adoption. Ultimately, this smart, app-driven, solar-powered charging station delivers a practical and scalable solution that improves accessibility, reduces operational costs, supports eco-friendly transportation, and strengthens the overall EV ecosystem for modern smart cities.