References

The project covers the raw material, foil, structural parts, electrode roll and finished goods warehouses, providing end-to-end logistics from raw material receiving and electrode roll transfer to finished goods shipping. Aiming at automation, intelligence and digitalization, it uses intelligent logistics equipment and software systems to transfer, schedule and buffer materials automatically, making it a representative project of total plant logistics integration in the lithium battery industry.

A large-scale electrode storage facility, linking the three processes of calendering and slitting, notching and winding. Full-coverage camera monitoring with no blind spots; every production line supports both AGV and manual OHT loading/unloading; after notching, the tab direction of a given roll in the pallet is turned automatically.

A fully automated four-way shuttle warehousing solution suited to low and irregularly shaped warehouses, providing high-density storage and flexible expansion. The system plans optimal routes dynamically in real time, and overall operation is not affected by the failure of a single vehicle. It is highly compatible and easy to modify, deploy and expand, adapting flexibly to changes in warehouse throughput.

The project provides automatic scan-in, automatic put-away, retrieval, empty tray return, intelligent identification and FIFO. The racking is five-sided enclosed, with heat detectors, smoke detectors and water sprinklers for fire protection; each stacker crane carries 2 auto-activated fire extinguishers to handle exceptions such as battery cell fires.

The project provides automatic scan-in, automatic put-away, exception identification, room-temperature/high-temperature aging, retrieval, empty tray return and FIFO. The racking is five-sided enclosed, with smoke detectors and water sprinklers; the stacker cranes have armored load handling devices, roller shutter doors, cameras, heat detectors and smoke detectors to handle exceptions such as battery cell fires. The system handles flow, storage, transfer, docking and system management of materials between Free Baking, tray loading machines, room-temperature aging, high-temperature aging, OCV1 and conveyor lines.

Serving the high-end intelligent equipment sector, the project supports the large-scale capacity expansion of Hymson's Jiangmen base, moving it from conventional warehouse management to digital intelligent logistics and setting a benchmark for warehousing and logistics in equipment manufacturing.

Built for a research institute's digital transformation, this intelligent warehousing system handles PCB materials. It covers core equipment such as reel stacker cranes and robotic arms, with supporting reel locations and WCS/WMS systems, providing digital control of PCB materials from receiving and storage to shipping and supporting the customer's digital transformation of warehouse management.

For an intelligent equipment manufacturer, the project delivers an intelligent warehousing system for the SMT electronic components store. Under-ride lifting AGVs and composite robots, supported by the RCS, provide automated handling, point-to-point delivery and fine-grained management of electronic components.

Built for a leading customer in pharmaceutical logistics, the project meets GMP/GSP compliance requirements and achieves high-throughput inbound and outbound of 90 pallets per hour, with FIFO and batch and expiry date management. Stacker cranes travel horizontally at 160 m/min, making it well suited to high-throughput pallet AS/RS in the pharmaceutical industry.

For pharmaceutical piece picking, the project uses under-ride AGVs, intelligent workstations and the WCS/WMS to move from people searching for goods to goods arriving automatically at people. Automation replacing manual labor cuts costs and improves efficiency, raising picking accuracy and productivity to meet the pharmaceutical industry's requirements for high accuracy and traceability.