Create Value for Every Warehouse and Factory
Due to the diverse product specifications and fast iteration speed, the new energy charging pile industry faces challenges such as low warehousing space utilization, insufficient in-store scheduling efficiency, and weak intelligent management. In order to adapt to the storage and turnover needs of charging pile components, Hefei Jiejie 4# factory has worked with Zhongding Technology to create an intelligent AS/RS project. The project focuses on the automated storage and efficient flow of core components of charging piles. By deploying double-extended pallets/stock box stackers, 3400+ storage shelves and over 100 sets of conveying equipment, and combining with WMS/WCS intelligent systems, an intelligent warehousing system that meets the production rhythm of new energy charging piles is built to solve the pain points of low efficiency and high cost in traditional warehousing.
Double-extended stacker × 2 units: pallet type + material box type 3D storage
3400 + storage shelf system: high-density space utilization solution
More than 100 sets of conveying equipment: full-process automated connection network
WMS/WCS Intelligent Control: Dynamic Scheduling and Data Visualization
The project deploys 1 double-extended pallet stacker and 1 double-extended material box stacker, which is equipped with more than 3,400 storage shelves and more than 100 sets of conveying equipment to realize the full process of automatic handling of charging pile components from incoming to outgoing; the software integrates the WMS warehousing management system and the WCS equipment control system, which supports dynamic allocation of warehouse locations, coordinated scheduling of multiple equipment, and real-time synchronization of inventory data. Through intelligent algorithms, the incoming and exit paths are optimized to form a warehousing closed loop that is suitable for the production rhythm of new energy charging piles, meeting the storage needs of high turnover and multi-special materials.
Inventory accuracy rate reached
Labor cost reduced by
Space utilization increased by
Warehousing efficiency improved by
