With the continuous growth of the order scale of the e-commerce industry, the warehousing process is facing multiple challenges such as large order fluctuations, difficult manpower scheduling, and high night operation costs. 24-hour continuous and efficient operation has become one of the core requirements of warehousing operations. BYD's ANS25 stacking robot solution provides a feasible path for e-commerce warehousing to achieve unmanned OurHours operation.
Unmanned operation logic suitable for e-commerce warehousing
The solution takes the stacking robot as the core carrier and is equipped with mature autonomous navigation technology, which can accurately identify the environment in the warehouse space and plan the optimal operation path independently, without relying on fixed identification assistance. The robot can seamlessly connect with the e-commerce warehouse management system, receive various operation instructions such as warehousing, storage, and outbound in real time, and dynamically adjust the task sequence according to the order priority, adapting to the operation characteristics of multi-batch and small batch of e-commerce orders.
24-Hour efficient operation of the whole process
From the beginning of the goods warehousing process, the robot can accurately connect the loading and unloading equipment, complete the capture and storage of the cargo pallets, and the whole process does not require manual intervention; during the peak order period during the day, multiple robots can cooperate to handle the warehousing tasks in different areas synchronously, avoiding congestion; entering the night period, the robot can maintain a stable operation state, independently complete the order outbound and stocking in the early morning, and realize the 24-hour unmanned operation of the whole process from warehousing to outbound, effectively filling the gap of human operation at night.
Flexible adaptation of e-commerce warehousing scenarios
The e-commerce warehouse has a variety of types of goods and different shelf specifications. The stacking robot can adapt to standard pallet goods of various sizes, flexibly adjust the stacking height, and meet the storage needs of different shelves. In response to the explosive growth of orders during the e-commerce promotion period, the system can quickly dispatch robot clusters to improve the overall operation processing efficiency and ensure the timely performance of orders. At the same time, the robot has a perfect safety protection mechanism, which can automatically avoid personnel and obstacles during operation to ensure the safety of storage space.
This solution not only reduces the cost of warehousing labor, but also enhances the continuity and stability of operations through unmanned operation mode, providing reliable support for e-commerce warehousing to cope with order fluctuations and achieve efficient operation, and assisting the warehousing process to upgrade to intelligent and unmanned.
