Automated Storage & Retrieval:
Integrates high-density AS/RS systems with custom pallets and stacker cranes for efficient material handling and storage.
Safety & Traceability:
Multi-level fire protection systems and real-time monitoring ensure safety and full lifecycle traceability of battery materials and packs.
End-to-End Process Control:
Automated workflows from receiving to dispatch, with WMS integration for precise data binding and flexible scheduling.
Global Scalability:
Proven deployments across multiple sites enable rapid replication and standardized management for scalable operations.
Demonstration Product
- Battery Raw Material AS/RS System
Production Info
This intelligent AS/RS is designed for high-volume, high-standard storage of battery raw materials. By integrating automated stacker cranes with custom container handling systems, it enables complete automation of bagged powder handling—from receiving and storage to dispatch. The solution ensures stable, safe, and fully traceable operations, delivering reliable support for efficient upstream production.
Project Composition
Engineered for ton-bag + standard pallet storage with dedicated positive/negative electrode aisles, integrating single-deep stacker cranes and conveyor hardware with WCS/WMS software for end-to-end automated processing.
Technology Highlights
Powder-Specific Storage: Sealed, moisture-proof, leak-proof design with custom dunnage ensures material stability
Physical Cathode/Anode Separation: Dedicated aisles + information isolation prevent cross-contamination and ensure material purity
Automated Ton-Bag Handling: Stacker cranes and conveyor systems enable safe, efficient, smooth material flow
Precision Batch Traceability: WMS-based end-to-end control meets stringent battery production quality standards
Demonstration Product
- Battery Electrode AS/RS System
Production Info
Engineered for heavy-duty battery electrode rolls, this intelligent AS/RS employs custom heavy-load pallets and dual-depth stacker cranes to handle 3-ton rolls with high-density, high-precision storage/retrieval—protecting fragile materials and synchronizing seamlessly with coating/slitting operations.
Project Composition
This solution stores electrode coils on custom pallets within dedicated aisles for cathodes and anodes. It integrates dual-deep stacker cranes, conveyors, and a unified WCS/WMS platform to enable fully automated and intelligent process management.
Technology Highlights
Maximized Storage Density: Heavy-duty, dual-deep stacker cranes and reinforced racking enable high-density storage of 3-ton electrode coils, optimizing cubic space utilization.
Coil-Specific Handling: Custom carriers with protective interfaces guarantee zero damage or deformation during coil handling.
Dedicated Electrode Segregation: Isolated aisles combined with information segregation provide dual safeguards against cross-contamination, ensuring material purity.
Integrated Production Traceability: Deep WMS-MES integration automates warehousing operations and provides full visibility into coil lot, location, and quality status throughout the process.
Demonstration Product
- Battery Formation & Grading AS/RS System
Production Info
Engineered for cell formation and capacity testing, this intelligent logistics system seamlessly integrates AS/RS with test equipment to automate the entire workflow: receiving, soaking, test dispatch, data binding, and binning—eliminating manual handling while boosting throughput, data accuracy, and batch traceability.
Project Composition
Integrates hardware (single-deep stacker cranes, dense-rack storage, automated conveyor systems) with WCS/WMS software platform for complete automated storage and intelligent scheduling.
Technology Highlights
Automated Testing Throughput: End-to-end unmanned operation from receiving, soaking, dispatch, testing to binning—dramatically reducing labor costs
Precision Data Binding: WMS-test system integration enables real-time binding of cell data to location, eliminating mixing errors
Intelligent Flexible Scheduling: Automatically optimizes job sequence based on test plans, equipment status, and soaking requirements—adapting to multiple cell specs and processes
Comprehensive Lifecycle Traceability: Full pre/post-test traceability with real-time temperature/humidity monitoring ensures test consistency
Demonstration Product
- Battery Pack Resting AS/RS System
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Production Info
Engineered for EV battery PACK storage, this intelligent AS/RS integrates high-safety-rated stacker cranes, fire suppression systems, and intelligent WMS to automate soaking, aging, data acquisition, and storage/retrieval—meeting stringent safety standards while ensuring secure storage and full traceability.
Project Composition
Engineered for battery pack + custom-dunnage storage, integrating fire-rated stacker cranes, battery gantry systems, AGVs, fire suppression tanks, WCS/WMS platforms, and smoke/heat detection systems to deliver a high-safety, fully automated storage ecosystem.
Technology Highlights
Multi-Level Fire Protection: Integrated armored stacker cranes, early smoke/heat detection, auto-sprinklers, and fire suppression tanks create a detect-alert-isolate-suppress safety cascade
Automated Soaking Management: Auto-receives packs, plans location/duration per process, auto-dispatches upon completion—unmanned operation ensures consistency
Lifecycle Traceability: WMS binds battery pack SNs, monitoring location, duration, and temperature in real time for full data traceability
Proven Global Scale: Ten+ projects deployed across 7 sites, enabling rapid replication, expansion, and standardized management
