| I&T Solution |
Autonomous Valet Robot with Suitable Application within a Vehicle Maintenance Workshop
(REF: S-1904) |
| Trial Project |
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| Solution Feature |
- The trial will be conducted in a controlled workshop environment, implementing the AVR system gradually from basic movement testing to full autonomous operation, ensuring safety protocols at each stage.
- Initial testing will focus on precision control and navigation, verifying the AVR's ability to lift and transport vehicles with accuracy within 10mm tolerance.
- Integration testing will evaluate the system's interaction with workshop infrastructure, including elevators, transfer platforms, and maintenance equipment.
- Full operational testing will verify the booking system, automated parking sequences, and multi-vehicle management capabilitie
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| Trial Application and Expected Outcome |
- Achievement of fully autonomous vehicle movement with precision positioning, reducing manual intervention and improving operational efficiency by 50%.
- Successful implementation of smart routing algorithms, enabling optimal path planning and obstacle avoidance in dynamic workshop environments.
- Enhanced space utilization through intelligent parking management, potentially increasing parking capacity by 30% compared to traditional methods.
- Demonstrated reduction in operational costs and carbon emissions through efficient vehicle Safety feature validation will assess obstacle detection, emergency stops, and warning systems to protect staff and visitors.
- Validated safety compliance with zero incidents during automated operations, ensuring protection of both vehicles and personnel.
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| Additional Solution Information |
0319 PPT.pdf
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| Info on I&T Solution Provider |
| Solution Provider | : | Automotive Platforms and Application Systems (APAS) R&D Centre | | Address | : | 4/F., HKPC Building 78 Tat Chee Avenue Kowloon Hong Kong | | Contact Person | : | Hong Zhao |
| Position | : | Senior Consultant | | Tel | : | 27886211 | | Email | : |
hzhao@hkpc.org |
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