Targeting the new energy industry’s needs for high throughput, high flexibility, high fault tolerance and flexible transportation, Huaxiao’s AMR-based integrated logistics and production line technology realizes smart logistics and flexible production across full-process scenarios in the photovoltaic and lithium battery industries.
Scenario: Power Battery PACK Line scenario
Solution: The project adopts an advanced AGV flexible assembly concept to realize fully automated production of the entire process including parts kitting, loading, sub-assembly, and offline warehousing, truly achieving the "three flows in one" of part transportation flow, product assembly flow, and finished product offline flow
Value: Customized AGVs capable of automatic workpiece flipping; the project saves 5 assemblers, 8 logistics personnel and 2 forklifts, improving operational efficiency by 15%
Scenario: Home appliance industry, warehouse intelligent transportation scenario
Solution: Adopts 9 units of 1-ton load laser-guided roller AGVs, with multi-equipment coordination to realize unmanned warehouse intelligent transportation
Value: Achieves comprehensive improvement in efficiency, information accuracy and safety
Scenario: Lithium battery industry, electrode roll handling scenario for battery enterprises
Solution: Adopts 11 units of dual-lifting AGVs and 15 units of cantilever AGVs to realize automatic handling and storage of materials in the cell production process
Value: Reduces 14 personnel, achieves efficient and damage-free transportation of electrode rolls, and realizes full-plant equipment information interconnection
Scenario: New energy industry, photovoltaic industry slicing scenario
Solution: The project supports the customer's intelligent manufacturing transformation of 10 slicing workshops, establishes a big data platform, and builds automated, information-based and digitalized slicing production workshops
Value: Increases slicing efficiency by 20%, reduces 20 personnel, and eliminates material mixing and wrong material feeding
Scene: New energy industry, warehousing and transportation scenario.
Solution: The project customizes AGVs, non-standard loading material racks, and bearing structures to achieveconnection between front-end and back-end conveyor belts. Double-layer conveyor line, the upper layer loads full material racks, the lower layer loads empty material racks, with ±5mm docking accuracy. Achieves efficient unmanned operation.
Value: Warehouse and logistics operators are reduced by 50%, eliminating cross-area personnel operations, while improving warehouse and production operational efficiency, and achieving full automation of production material supply for the entire workshop.
