Smart Wireless EV Charging Solution with Real-Time Voltage Monitoring
Keywords:
Arduino, DC motors, Electric vehicle charging, LCD display, Motor driver, Real-time voltage monitoring, Voltage sensor, Wireless power transmissionAbstract
Electric vehicles (EVs) are at the forefront of sustainable transportation, but existing charging methods face challenges related to convenience and efficiency. This project presents a smart wireless EV charging solution equipped with real-time voltage monitoring, which aims to address these issues by offering a more streamlined and user-friendly charging experience. Unlike traditional conductive charging methods that require physical connections, our system employs inductive coupling for wireless power transmission, thus eliminating the need for direct contact and reducing wear and tear on the charging equipment. At the heart of this innovative solution is an Arduino microcontroller, which coordinates various components to ensure smooth operation. An LCD provides real-time voltage readings, while a voltage sensor continuously monitors the charging process. The motor driver and DC motors facilitate the alignment of the charging coils to optimize power transfer. By integrating these components, the system not only delivers efficient wireless charging but also enhances the user experience with real-time monitoring capabilities. The proposed smart wireless EV charging solution stands out for its ease of use and reliability. Users can effortlessly connect their EVs to the charging station without plugs and cables, while the real-time voltage monitoring feature ensures the charging process is transparent and safe.
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