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Intelligent warehouse storage location density optimization analysis
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Publish Time:
2025-04-02
The maximum density of storage locations in an automated storage and retrieval system (AS/RS) is affected by many factors, including warehouse design, racking type, goods dimensions and weight, the capabilities of the handling equipment, and the company's actual needs. The following is an analysis of the maximum density of storage locations in an AS/RS:
I. Influencing Factors
1. Warehouse Design :
l The height, area, and layout of the warehouse all affect the density of storage locations. Generally, the taller the warehouse, the more levels of storage locations can be designed, thus increasing the density of storage locations.
l The ground load-bearing capacity of the warehouse also affects the layout of the racking and the density of storage locations.
1. Racking Type :
l Different types of racking have different load-bearing capacities and space utilization rates. For example, stacker crane racking and shuttle racking, commonly used in automated AS/RS, generally have higher space utilization rates and storage location density.
l The number of layers and columns of racking also affects the density of storage locations. The more layers and the denser the columns, the higher the density of storage locations.
1. Goods Characteristics :
l The dimensions, weight, and packaging method of the goods all affect the density of storage locations. Generally, goods with small dimensions, light weight, and compact packaging can utilize storage space more effectively.
1. Handling Equipment :
l The capabilities of the handling equipment also affect the density of storage locations. For example, stacker cranes and shuttle cars can perform storage and retrieval operations at higher storage locations, thus increasing the density of storage locations.
1. Company Needs :
l The company's actual needs also affect the design of storage location density. For example, if a company needs to store a large amount of goods, it will tend to design higher-density storage locations.
II. Examples of Storage Location Density
l Some large intelligent AS/RS, such as the ZhongHan Petrochemical intelligent AS/RS, have as many as 18,000 storage locations and a height of 33 meters, making it a leader among similar warehouses in China.
l Other intelligent AS/RS, such as the Jinhe Tibetan Medicine intelligent AS/RS, although having a smaller building area (3424.37 square meters), also reaches a height of 24 meters, providing a storage capacity of 5772 storage locations.
III. Strategies for Improving Storage Location Density
1. Optimize Racking Layout Through reasonable racking layout and layer design, warehouse space can be used more effectively, improving storage location density.
2. Use Automated Equipment Automated equipment can perform storage and retrieval operations at higher storage locations, thus increasing storage location density.
3. Standardize Goods Packaging By standardizing the packaging of goods, storage space can be used more effectively, improving space utilization.
4. Introduce an Intelligent Management System An intelligent management system can monitor the use of storage locations in real time, optimize inventory management strategies, and further improve storage location density.
The maximum density of storage locations in an AS/RS is a relatively complex issue that needs to be considered comprehensively based on multiple factors, including warehouse design, racking type, goods characteristics, handling equipment capabilities, and the company's actual needs. By optimizing racking layout, using automated equipment, standardizing goods packaging, and introducing an intelligent management system, the storage location density and storage efficiency of the AS/RS can be further improved.
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