The Chinese logistics market has grown rapidly in recent years, so relying solely on manual operation for traditional logistics warehousing is no longer sufficient. As the core part of the logistics system, warehouse management will also gradually realize an automated unmanned warehouse with the boom as well.

The goal of the unmanned warehouse is to achieve autonomous amr roboticsoperation of the warehouse process, such as inbound, storage, picking, outbound, which requires independent identification of goods, tracking the flow of goods, independent command equipment to carry out production tasks, without human intervention and other conditions; in addition, there should be a "smart brain" that analyzes the massive data sensed by numerous sensors, accurately predicts the future situation, coordinates the operation of intelligent equipment after making independent decisions and adjusts the strategy in time according to the feedback from the task execution to form a closed-loop control of the operation.

Unmanned warehouses have a wide range of applications

(1) Labor-intensive and production fluctuations are more evident industries, such as e-commerce warehousing and logistics, and logistics timeliness requirements are increasing, limited by rising enterprise labor costs, especially the difficulty of temporary employment. Unmanned technology can be used to improve operating efficiency and decrease enterprise costs.

(2) In industries with high labor intensity or harsh labor environments, such as port logistics and chemical industries, unmanned technology can effectively reduce operational risks and improve operational safety.

The use of intensive automatic storage technology can reduce storage costs and improve land utilization for enterprises with relatively high logistics land costs, such as FMCG wholesale centers in urban areas.

Standardized products are more easily connected to the standardized warehousing workflow to achieve automated operations in industries such as tobacco and auto parts.

In industries with high management refinement requirements, such as the pharmaceutical industry, precision instruments can be controlled strictly by software and hardware.