The frustration of using public EV chargers may soon be a thing of the past, thanks to a new start-up called Juice. In partnership with New York-based rideshare and fast-charging company Revel, Juice is introducing a groundbreaking solution that leverages AI-driven smart cameras and machine learning to create what they call “Face ID for vehicles.”
How Juice is Simplifying EV Charging
Currently, charging your EV at public stations can be a cumbersome experience involving app downloads, account setup, or navigating different payment methods. However, Juice and Revel aim to streamline this process. By using computer vision technology, Juice’s system will automatically recognize a vehicle and its license plate, authenticate it, and charge the associated account—all without needing an app every time.
Once a driver signs up via a QR code and provides permission to record video footage of their vehicle, the system takes over, allowing them to simply pull up, charge, and drive away. The entire process will be seamless, much like Tesla’s Supercharger network, where payment details are stored within the car’s infotainment system.
Revel and Juice’s Innovative Approach
Juice and Revel’s approach relies on existing security camera technology combined with machine learning to recognize the EV and automatically debit the user’s account when charging is complete. The goal is to eliminate the current hassles involved in public EV charging, making the experience as smooth and intuitive as possible.
By integrating smart technology with machine learning, Juice is poised to significantly reduce the complexity and time involved in charging EVs, offering a user-friendly solution that could reshape public charging networks worldwide.
A Glimpse into the Future of EV Charging
As public EV charging becomes more widespread, the need for simple, fast, and intuitive systems like Juice’s “Face ID for vehicles” is increasingly clear. This innovative solution is a step toward making EV ownership even more convenient and accessible, with minimal friction during the charging process.
