AUBOT Automated Parking System

 AUBOT AUTOMATED PARKING SYSTEM – SMART SPACE UTILIZATION

The AUBOT Smart Parking System uses robotics and control software to automate vehicle reception, transportation and parking. Combining car parking automated guided vehicles (AGVs), car trays, high-speed lifts and a Warehouse Control System (WCS), the solution coordinates vehicle movement and storage within the parking facility. It is designed for projects seeking more efficient space utilization and automated parking operations.

1. Overview of the AUBOT Automated Parking System

The AUBOT Smart Parking System is an automated solution that uses AGV robots to lift and transport cars to designated parking positions. The AGVs, lifting equipment and associated devices are coordinated through the WCS, which manages vehicle movement and storage operations.

The system is intended for projects where land availability and parking space utilization are important considerations. Instead of requiring drivers to maneuver their vehicles into individual parking spaces, the automated system uses robotic transport and lifting equipment to move cars to assigned locations.

✢ Key features include:

• Space optimization: Organizes parking positions and automated vehicle movement to make effective use of the available area.
• Automated vehicle transport: AGVs move vehicles to designated parking locations under system control.
• Positioning accuracy: Navigation and control technologies support accurate positioning at assigned locations.
• Integrated safety features: Includes LiDAR sensors, vehicle weight checks, dimensional scanning and other safety-related checks.
• Multi-level vehicle movement: Lifts transport vehicles between floors in coordination with AGVs.
• Centralized control: WCS coordinates equipment and monitors operating status.

The overall configuration should be designed around the project layout, expected vehicle volume, parking levels and operating requirements.

AUBOT automated parking system using robotics for vehicle storage

2. Main Components and Technical Specifications

The AUBOT automated parking solution integrates robotic vehicles, car trays, lifting equipment, inspection systems and centralized control software.

✢ Car Parking AGV

• The car parking AGV lifts and transports vehicles to designated parking positions. It uses QR code readers for navigation and incorporates a 270-degree LiDAR safety sensor.
• The robot supports automated vehicle movement within the parking system, with its specifications providing a basis for evaluating vehicle compatibility, travel speed and positioning requirements.

✢ Car Tray

• The car tray receives and supports the vehicle during transportation between designated positions. It forms part of the transfer process between the AGV, lifting equipment and parking locations.

✢ High-Speed Lift

• The lift transports vehicles between parking levels and coordinates with the AGVs to support the movement of cars throughout the facility.
• The lift configuration and operating sequence should be determined according to the building layout, number of levels and required vehicle flow.

✢ Warehouse Control System (WCS)

• The WCS coordinates the AGVs, lifts and related equipment. It manages equipment commands and monitors operating status to support an organized vehicle reception, transportation and parking workflow.

✢ Intelligent Inspection System

• The system incorporates inspection functions designed to check vehicle weight, scan vehicle dimensions in 3D and verify car trays using QR codes. It also supports information display and user guidance.

✢ Car Parking AGV Technical Specifications

These specifications apply to the car parking AGV, not the entire parking facility. Overall parking capacity, vehicle handling throughput and service time must be assessed according to the project configuration and system design.

3. Applications of the AUBOT Smart Parking System

The AUBOT Smart Parking System is designed for projects requiring automated vehicle parking, efficient use of available space and coordinated vehicle movement.

✢ Commercial and Office Buildings

• Commercial properties and office buildings can evaluate automated parking when planning organized vehicle storage within a limited site area. The system configuration depends on the building layout and parking demand.

✢ Apartment Complexes and Urban Developments

• Residential developments in areas with limited land availability can consider automated parking to organize vehicle storage and use the available space more efficiently.

✢ Hotels and Service Centers

• Hotels and service facilities can evaluate automated parking to streamline vehicle reception, transfer and storage as part of their parking operations.

✢ Multi-Level Parking Facilities

• Projects with multiple parking levels can combine AGVs and lifts to move vehicles between floors and designated storage positions.

✢ Urban Infrastructure Projects

• Automated parking may be considered for urban infrastructure developments seeking to modernize parking operations and reduce the need for drivers to maneuver vehicles within storage areas.

4. AUBOT Smart Parking Design and Implementation Services

AUBOT supports the implementation of automated parking solutions, from initial site assessment to equipment integration and operational setup.

✢ The potential project scope includes:

• Site assessment: Evaluating available space, parking demand and the proposed facility layout.
• System configuration: Reviewing the requirements for AGVs, car trays, lifts and control equipment.
• Equipment integration: Coordinating AGVs, lifts, inspection systems and WCS software into an integrated operating workflow.
• Installation and testing: Supporting equipment installation, functional testing and trial operation.
• Operator training: Providing guidance on system use and operating procedures.
• Technical support: Maintenance and operational optimization under the applicable service arrangement.

AUBOTs approach combines robotics and control software to coordinate equipment within an automated parking facility. The final implementation plan should reflect the site layout, vehicle requirements, expected traffic flow and project-specific operating needs.

AUBOT Smart Parking WCS for coordinating AGVs and parking equipment

AUBOT – Automated Parking and Robotics Solutions

Aubot Automation And Robotics Joint Stock Company provides automation and robotics solutions for industrial and infrastructure applications. Its Smart Parking solution integrates AGV robots, vehicle lifting equipment and control software to automate vehicle transportation and parking.

The system is intended for project owners evaluating automated vehicle handling and more structured parking operations in space-constrained environments.

Contact AUBOT for Automated Parking Solutions

Project owners planning a new automated parking facility or upgrading an existing parking operation can contact AUBOT to discuss site dimensions, vehicle compatibility, parking levels and expected traffic volume.

Aubot Automation And Robotics Joint Stock Company

• Website: www.aubot.vn
• Email: [email protected]
• Phone: +84 378 829 081