Mobility
Autonomous Mobile Parking Robot is a robotic and control technology that moves vehicles to designated parking spaces, optimizing parking efficiency and enhancing driver convenience.
Issue to Tackle
- Minimizing parking time and movement within office buildings by reducing search time for available spaces.
- Eliminating close-contact risks between pedestrians and vehicles, as well as between vehicles inside parking lots.
Expected Benefits
- Maximizes parking efficiency by utilizing building passageways for parking.
- * Parking efficiency increases by 30% as passages can be used for parking, eliminating the need for driver exits.
- Reduces parking infrastructure costs.
- * Cuts initial installation costs by 20% as it removes the need for rails, lifts, and other equipment required in mechanical parking systems.
Key Services
- When a driver exits the vehicle at a parking entrance, the parking robot automatically detects the license plate and moves the car to an empty space.
- At exits, the driver inputs the vehicle number into the system, and the parking robot autonomously retrieves the car.
- Automated re-parking service to manage vehicle entry and exit within the parking lot.
- API integration with parking control and management systems for seamless operation.
Key Components
Configuration
Technology
Level-4 Autonomous Driving
- The robot autonomously recognizes obstacles, empty spaces, and driveways, adjusting wheel angles and balance to lift and move vehicles.
LiDAR
- Uses laser emissions and reflections to identify road shapes and surrounding obstacles.
sensor
- Detects the surrounding environment and determines the optimal route.
Parking Robot Multi-Control Technology
- Uses QR codes on the parking lot floor to precisely locate vehicles and simultaneously control up to 50 parking robots.
API Integration
- Seamless integration with various parking facility systems, allowing scalability and interoperability.
Parking Robot Charging Station
- The parking robot continuously monitors its charging status in real time. When the battery reaches a preset threshold, the robot autonomously moves to the charging station and initiates charging.
Use Case
- Bucheon, Gyeonggi Province (2020–3): Smart parking operations using the ‘NarCar’ parking robot in underground parking lots for three years.
- Bupyeong, Incheon (2024): Golf-themed commercial district implementing 35 parking robots for public parking, with plans for expansion to reduce wait times.
- Hyundai WIA: Hyundai WIA commercialized parking robots at the Hyundai Motor Group Innovation Center in Singapore (HMGICS) in 2023 and at 'Factorial Seongsu' in 2024.
Technology Companies
