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| Key Parameters | Description |
|---|---|
| Estimated Daily Output | 500-1000 modules (adjustable based on configuration) |
| Energy Consumption | 5000-8000 kWh (calculated on runtime) |
| Included Equipment | Assembly machines, laser welding, inspection systems, packaging, conveyors |
| Delivery Lead Time | 2-3 months |
| Specification | Technical Parameter | Remarks |
|---|---|---|
| Line Efficiency | ≥12PPM | Adjustable |
| Dimensions | 60000mm * 8500mm * 3500mm | Customizable layout |
| Final Yield Rate | ≥99.8% | High precision |
| Failure Rate | ≤2% | Stable runtime |
| Inspection | Voltage, Resistance, Welding quality | High-precision sensors |
| Power Supply | 380V±10%, 50Hz | Standard industrial |
| Warranty | 2 Years | Lifetime technical support |
| 1. Heat Plate Loading | 6. Cell Insulation Testing | 11. Terminal Tab Flattening | 16. Double-Sided Detection |
| 2. Tab Cutting Inspection | 7. Unit Glue Applying | 12. NG Cell Re-work | 17. Lead Insulation |
| 3. Cell Loading | 8. Module Stacking | 13. Insulation Testing | 18. EOL Testing |
| 4. Cell Glue Applying | 9. Busbar Installation | 14. Laser Welding | 19. Module Off-loading |
| 5. Bracket Assemblying | 10. Terminal Tab Bending | 15. Post-Welding Testing | - |
Automated material handling via cantilever crane and conveyor systems to ensure precise horizontal placement for subsequent processing.

Robotic core weighing, thickness measurement, and OCV testing with automated sorting of OK and NG products.

Automated stacking with double-sided tape application, precision extrusion, and assembly of steel components.

High-precision laser welding system with vision addressing and ranging to ensure perfect electrical connectivity.








