A Clad Rack Warehouse is a comprehensive storage solution that utilizes racking as the primary building structure of the facility. Equipped with an automated storage and retrieval system (AS/RS) such as pallet stackers, this rack-supported warehouse maximizes vertical space utilization with project heights reaching up to 40 meters. Compared to conventional warehousing, the Hydglobalasrs Clad Rack Warehouse delivers key benefits including space optimization, high-density vertical storage, cost efficiency, and faster deployment, making it the preferred choice for ultra-high automated warehousing environments.
Backed by more than 20 years of expertise in the intelligent warehousing sector, Hydglobalasrs is deeply committed to delivering turnkey semi-automated and fully automated warehousing solutions for global industries. By focusing on the research, development, and deployment of automated warehousing technology, we have built extensive experience executing domestic and international automated storage projects across a wide range of sectors.
By eliminating traditional building columns, the racking system performs both structural load-bearing and storage functions, multiplying storage capacity by 3-5 times within the same footprint. Capable of reaching 40-45m in height (compared to <30m for conventional warehouses), it increases storage density per unit of land by 20%~40%—delivering even greater value in areas with high land costs.
An integrated structural design minimizes material usage and construction steps. For new builds ≥28–30m centered around an ASRS, the cost per unit volume is lower than that of standard warehouses (featuring a lower cost per pallet position above 30m), achieving an optimal balance between structural stability and cost-effectiveness.
Simultaneous engineering workflows (performing foundation work and rack installation in parallel) reduce overall construction timelines by 20%~30% compared to the lengthy sequential building process of standard automated warehouses, making it ideal for time-critical projects.
Integrated with stacker cranes and four-way shuttles to enable unmanned material handling and precise task scheduling. When paired with the Hydglobalasrs WCS, the system provides end-to-end visual management, data analytics, and remote monitoring, minimizing manual labor while maximizing operational efficiency.
An optimized mechanical structure (engineered for 7-degree seismic fortification) withstands lateral impacts and uneven ground settlement (≤1.5/1000), maintaining stable operation under 0.7kN/m² wind pressure. Clearly defined load paths keep structural risks fully controllable in high-wind or earthquake-prone regions.
Highly suited for cold chain storage (cutting refrigeration energy usage by 10%~25% through a minimized building envelope). With no redundant structural columns or secondary upkeep requirements, its low failure rate significantly reduces long-term (20-year) maintenance expenses compared to conventional warehouses.
Serving as the primary hub for Hydglobalasrs's technological R&D and system testing, this facility spans an area of 540㎡. It features a 36-meter-high stacker crane, 2880 total storage locations, support for pallets up to 2.8 meters in length, and a single-pallet load capacity of 1.5 tons. The center is currently utilized to store racking frames, beams, and other components manufactured in-house at Hydglobalasrs's factory, achieving complete closed-loop verification from initial R&D and production to real-world warehousing deployment.
Utilizing advanced four-way shuttle technology, this system achieves high-density storage, intelligent material handling, and precise inventory management. With a warehouse height of 8 meters and a footprint of under 900 square meters, it provides approximately 1,200 storage positions, clearly illustrating optimal and efficient space utilization.
Well-suited for e-commerce, bonded, logistics, chemical, machinery, and food cold storage warehousing facilities. Optimal for new construction projects ≥28–30m utilizing ASRS that demand high storage density, operational efficiency, and automation.
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