High-Rise Automated Parking Facility – Shandong, China
Project Name: Multi-Level Parking Steel Structure Project
Location: Shandong Province, China
Building Type: Automated Multi-Story Parking Facility
Structure Type: Steel Structure Mechanical Parking Towers
Project Overview
This project is a modern multi-level automated parking facility developed to address the growing demand for efficient urban parking solutions in Shandong, China. Utilizing advanced mechanical parking technology and high-strength steel structures, the facility maximizes parking capacity while minimizing land usage.
The project consists of two high-rise mechanical parking towers designed to provide safe, efficient, and intelligent vehicle storage in a compact urban footprint. The steel structure system enables rapid construction, excellent structural performance, and long-term durability.
Project Specifications
- Land Area: 3,853 m²
- Total Floor Area: 4,910.39 m²
- Above-Ground Area: 4,210.02 m²
- Underground Area: 700.37 m²
- Total Parking Capacity: 510 Vehicles
- Mechanical Parking Spaces: 500
- Surface Parking Spaces: 10
- Number of Parking Towers: 2
- Tower Height: Approximately 50 m
- Number of Floors: 25 Levels per Tower
Structural Features
The facility utilizes a high-strength steel structure framework specifically engineered to support automated parking equipment and vehicle loads across multiple levels. The structural design ensures stability, safety, and efficient operation while optimizing construction speed and material utilization.
Each parking tower rises approximately 50 meters and contains 25 parking levels, significantly increasing parking density compared with conventional parking garages. The modular steel structure system allows precise fabrication and efficient on-site assembly, reducing construction time and minimizing disruption to surrounding urban areas.
Key Advantages
- High-density parking capacity on limited land area
- 500 automated mechanical parking spaces
- Twin 25-story parking towers
- High-strength steel structural system
- Efficient use of urban land resources
- Reduced vehicle retrieval and parking time
- Improved traffic management and circulation
- Fast construction and installation
- Low maintenance requirements
- Long service life and structural reliability
Engineering Highlights
The steel structure was designed to accommodate the dynamic loads generated by automated parking systems while maintaining strict safety and performance standards. Precision fabrication and quality-controlled manufacturing ensured accurate assembly and reliable operation of the parking equipment.
The project demonstrates the advantages of steel construction for vertical parking applications, including lightweight structural performance, reduced foundation loads, and superior adaptability for future upgrades and maintenance.
Scope of Supply
- Structural Design and Engineering
- Steel Structure Fabrication
- Connection Components and Accessories
- Quality Inspection and Testing
- Surface Treatment and Corrosion Protection
- Transportation and Logistics
- Installation Guidance and Technical Support
Project Outcome
Upon completion, the facility provided 510 parking spaces within a highly efficient urban footprint, significantly alleviating local parking shortages and improving traffic management. The project showcases the versatility of steel structures in modern infrastructure applications and highlights our expertise in delivering complex, high-rise steel structure projects for intelligent urban development.
As one of the landmark automated parking facilities in Shandong, this project demonstrates how innovative steel structure solutions can contribute to smarter, more sustainable cities.
