'EV Safe Charge,' a battery charging solutions company, teamed up with 'Box Clever' to create what the team has named the 'ZiGGY robot.' This robot is a smart, mobile battery with wheels that it can use to drive itself automatically. The robots will be stored at designated home bases where they will be able to recharge from either solar energy, stored energy on the grid, or direct battery storage. The solar energy allows the ZiGGY to return to its home even if it ends up stranded outside.
To use the ZiGGY, customers can simply summon one via a mobile application. The robot can be summoned to a parking lot in advance, where it will try to find a space for the driver, or it can be summoned directly to the driver's location. Once a location is found and the car arrives, the ZiGGY will begin charging the vehicle with level 2 fast-charging, though the company stated that this will be upgraded to level 3 in the future.
Image Credit: EV Safe Charge
What Makes This Trend Stand Out
- Smart Mobility Robots
- Opportunity for disrupting the transportation industry by developing smart robots that can recharge electric vehicles on-the-go.
- Automated Ev-charging Solutions
- Opportunity for disrupting the energy industry by creating automated charging solutions for electric vehicles using renewable energy sources and direct battery storage.
- AI-enabled Parking Solutions
- Opportunity for disrupting the parking industry by developing AI-enabled parking solutions that can automatically find parking spaces and charge electric vehicles.
Sectors Adopting This
- EV Charging Solutions
- Opportunity for disrupting the EV charging solutions industry by introducing smart robots that can automatically find parking spaces and recharge electric vehicles using renewable energy sources and direct battery storage.
- Robotics and Automation
- Opportunity for disrupting the robotics and automation industry by developing smart robots that can provide automated EV charging and parking solutions.
- Renewable Energy Sources
- Opportunity for disrupting the renewable energy industry by integrating AI-enabled charging solutions with solar, wind, or hydroelectric power to power smart mobility robots that can recharge electric vehicles.
