As electric vehicles (EVs) become increasingly prevalent, the need for advanced, efficient, and flexible EV charging infrastructure is critical. This research explores various charging modules for modern EV charging stations, focusing on DC Fast Charging (DCFC), wireless charging, and renewable energy integration. The study presents a comparative analysis of these technologies and proposes a hybrid charging station design that integrates on-grid and green power sources with both wired and wireless charging capabilities. DCFC enables rapid charging through high-voltage DC output, suitable for urban and highway deployment, while wireless charging offers contactless energy transfer for low-speed and idle-state scenarios. The system also incorporates smart control logic for energy management and dynamic source prioritization, ensuring sustainability, user convenience, and grid efficiency. This paper aims to contribute to the design and deployment of versatile and future-proof EV charging infrastructure aligned with global decarbonization goals.