Storlogi: Exploring Steel-Structure Engineering for Intelligent Automated High-bay Warehouses

Technical Features of Intelligent High–bay Warehouse Steel Structures

• Maximized space efficiency Adopting high-density three-dimensional frameworks that break the limits of conventional flat-floor warehouses. The steel racks can reach dozens of meters in height, expanding storage capacity per unit area by 3-5 times compared with ordinary warehouses. Modular standardized design allows easy assembly of rack units and provides precise running tracks and working space for automated equipment such as stacker cranes and shuttles.
• High structural safety Hot-dip galvanized steel is adopted for main components for outstanding anti-corrosion and load-bearing performance, maintaining long-term structural stability in humid, heavy-load warehousing environments. Designed in compliance with GB 50017–2017 Standard for Design of Steel Structures. Mechanical simulation covers full-life-cycle loads including static cargo loads, dynamic equipment loads, wind loads and seismic loads to ensure sufficient safety redundancy under extreme working conditions.

Key Construction Points

• Precision–focused installation Large-scale hoisting equipment is deployed on-site for component lifting. Installation accuracy is controlled at the millimeter level. Total stations, levels and other precision instruments are applied for positioning to guarantee column perpendicularity and beam horizontality, laying a solid foundation for stable operation of subsequent automated equipment.
• Multi–disciplinary collaborative work Steel-structure construction requires close coordination with civil foundation works, electrical wiring and automation equipment installation. Accuracy of embedded foundation parts is strictly controlled at the foundation stage. Routes for electrical pipelines are planned simultaneously during main-frame construction to avoid secondary reworking that may damage the structure.

Industry Application Value

• Improved logistics performance As the skeletal support for automated warehousing systems, the steel-structure framework enables fully-automated inbound, storage and outbound workflows. It raises operational efficiency by over 50% and cuts labor costs by 60%.
• Accelerated industrial intelligent transformation For e-commerce, manufacturing, cold-chain and other sectors, high-bay warehouse steel-structure projects serve as core infrastructure for smart factories and intelligent logistics parks. They support digital warehouse management and satisfy modern supply-chain demands for fast turnover and high accuracy.