Why Can Integrated Rack and Building Systems Improve Storage Efficiency?

Classification:

FAQ

Release time:

2025-06-10

Integrated rack and building systems have become a core solution for high-density storage through structural innovation and intelligent integration. The following analysis explores their technical principles, application scenarios, and challenges:

1. Structural Design: How to Maximize Space Utilization?
By directly connecting rack uprights to the building framework, these systems form a unified load-bearing structure . This design reduces space occupied by support columns in traditional warehouses and extends vertical capacity, achieving over 90% floor space utilization. For example, in cold-chain logistics, dense rack layouts combined with four-directional shuttle vehicles enable unmanned storage/retrieval, minimizing aisle space waste .

2. Intelligent Integration: How to Collaborate with Automated Equipment?
Seamless integration with four-directional shuttles, lifts, and WCS scheduling systems includes:

● Path Optimization : Shuttles navigate racks via laser positioning, with WCS algorithms dynamically planning optimal routes;
● Signal Stability : To address Wi-Fi signal shielding caused by metal racks, Huawei proposes multi-band coordination in Wi-Fi 7, reducing roaming delay and packet loss during three-dimensional shuttle movement;
● Scalability : New racks or equipment can be rapidly integrated via modular design without rebuilding the entire system .
3. Application Challenges: Key Issues to Address
Despite significant advantages, critical considerations include:

● Safety : Regular inspections of weld strength are required to prevent structural deformation from overload;
● Maintenance Costs : Dense layouts may complicate cleaning and repairs, suggesting automated inspection robots;
● Applicable Scenarios : Best suited for bulk, low-frequency storage (e.g., chemical materials). For high-frequency operations, AGVs or stacker cranes are recommended .
Conclusion
The essence of integrated rack systems lies in "structural innovation + intelligent collaboration," reducing labor costs through space optimization and automation. Enterprises must align solutions with product characteristics, such as addressing battery material storage challenges in the new energy sector. With deeper adoption of 5G and AI, these systems will further enhance flexibility in the future.

Key words:

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The difference between the in and out modes of automated warehouses

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Why Can Integrated Rack and Building Systems Improve Storage Efficiency?

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