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A robotic EV charger is set to be tested at Dallas Fort Worth International Airport (DFW) in the coming months as part of a pilot program exploring innovative charging solutions. This initiative aims to bring cutting-edge technology to airport parking lots, offering a glimpse into the future of electric vehicle (EV) infrastructure.
Developed by EV Charge Safe, the robot charger—named Ziggy—is designed to autonomously locate vehicles that need charging and connect them to power sources. After completing a charge, it returns to a designated staging area to recharge itself. In addition to its primary function, Ziggy can also serve as a mobile advertising platform, providing an extra revenue stream for the airport or operators.
The DFW Airport has announced plans to showcase several technologies through five public demonstrations in airport parking lots between May and August. These include not only the robotic charger but also apps and on-demand charging solutions. However, no specific timelines were provided for when these technologies might become widely available at the airport.
One of the key benefits of mobile charging robots like Ziggy is their ability to convert any parking space into an EV charging station. This flexibility could help address challenges such as "ICEing"—when internal combustion engine vehicles block EV charging spots. By making charging more accessible, this technology could significantly improve the user experience for EV drivers.
Ziggy has already gained recognition, having been named the winner of a pilot-project competition in Barcelona for its innovative approach. The company also offers traditional Level 2 AC and DC fast chargers for commercial use, showing a commitment to both emerging and established EV charging solutions.
Other companies are also exploring robotic charging systems with different approaches. For example, automotive supplier Continental has developed a robot that uses a physical connection to the vehicle, while Stellantis is working on a wireless charging robot in collaboration with EFI Automotive. Although still in development, this wireless system was showcased with a concept version of Ram’s electric pickup truck earlier this year, though no details have been released about its integration into production models.
As the demand for EVs continues to grow, airports and cities are increasingly looking for smart, efficient, and flexible charging solutions. The testing of robotic EV chargers at DFW marks a significant step forward in this evolving landscape.