The structural characteristics of the integrated warehouse and rack mainly include the following aspects:
High space utilization: The integrated structure of the warehouse rack eliminates the structural columns in traditional warehouses by combining the shelves and the warehouse skeleton into one, thereby maximizing the utilization of space in the warehouse. This design allows every inch of space in the warehouse to be effectively utilized, significantly improving the volume utilization of the warehouse.
High efficiency and energy saving: The integrated structure of the warehouse and rack performs well in energy consumption control. Its power consumption is greatly reduced, and the energy saving effect can reach 80%. This is due to the cold bridge-free warehouse structure and efficient refrigeration system, which reduces energy waste and lowers operating costs.
Strong earthquake resistance: The integrated structural design of the warehouse rack has good integrity and earthquake resistance, and can effectively resist natural disasters such as earthquakes, ensuring the stability and safety of the warehouse.
Intelligent management: The integrated warehouse-shelf structure is usually equipped with an advanced automated control system to realize full automation from refrigeration to warehousing management, significantly improving operational efficiency and reducing labor costs.
Modular design: The integrated structure of the warehouse rack adopts a modular design, which can be assembled and disassembled according to actual needs, making it easy to adjust the storage area and goods, and has good flexibility and scalability.
Multi-functionality: The integrated warehouse-shelf structure is not only suitable for cold storage, but also for various types of storage places and logistics centers, such as the manufacturing industry, electronics industry, pharmaceutical industry, etc. Its versatility makes it useful in a variety of application scenarios
