1. Space utilization rate: Intelligent three-dimensional shelves need to make greater use of space in order to store more goods. When designing, it is possible to consider using multi-layer shelves to increase the height of the shelves and utilize vertical space. At the same time, the layout and design of shelves also need to be arranged reasonably in order to store as much goods as possible in limited space.

2. Goods safety: Intelligent three-dimensional shelves need to ensure the safety and stability of goods. When designing, it is necessary to consider the weight, size, and shape of the goods, as well as the load-bearing capacity and stability of the shelves. Design and reinforcement measures for shelf stability can be adopted, such as using forklifts, stackers, and other equipment for cargo handling and storage, to avoid cargo collapse or damage.

3. Convenience of access: Intelligent three-dimensional shelves need to facilitate the storage, retrieval, and management of goods. When designing, it is necessary to consider the frequency and path of goods access, as well as the intelligent management of shelves. Technologies such as shelf numbering and RFID can be used to achieve fast and accurate access and management of goods.

4. Maintainability: Intelligent three-dimensional shelves require easy maintenance and management. When designing, it is necessary to consider the maintenance, repair, and upgrading needs of the shelves, as well as the disassembly and replaceability of the equipment. Modular design and removable replacement of vulnerable parts can be adopted to improve the maintainability and service life of shelves.

5. Energy saving and environmental protection: Intelligent three-dimensional shelves require energy-saving and environmental protection design. When designing, it is necessary to consider the energy efficiency and environmental performance of the shelves, as well as factors such as noise and vibration during equipment operation. Energy saving equipment, low energy design, environmentally friendly materials, and other measures can be adopted to reduce the operational energy consumption and environmental impact of shelves.

In summary, the design of intelligent three-dimensional shelves needs to comprehensively consider factors such as space utilization, cargo safety, access convenience, maintainability, and energy conservation and environmental protection, in order to achieve efficient, safe, and accurate storage and management of goods.