Electromagnetic AC Inverter Welding Machine for BIPV Modules - 20kW Rated Power, 16s Cycle Time, ±0.5mm Accuracy
Industrial-grade electromagnetic AC inverter welding machine designed for Building Integrated Photovoltaic (BIPV) module assembly. Features 20kW rated power, 16-second cycle time, and ±0.5mm positioning accuracy. Supports multiple solar cell types, tab punching, and black tab tape welding with upgradeable bypass functions for high-efficiency solar panel manufacturing.
Advanced electromagnetic AC inverter welding machine specifically designed for Building Integrated Photovoltaic (BIPV) module assembly. This industrial-grade equipment delivers precision welding for solar cell connections with exceptional accuracy and efficiency.
- Integrated straight-line welding head design for easy installation and adjustment
- Secondary alignment function ensures ≤±0.5mm positioning accuracy
- Compatible with multiple solar cell specifications without requiring welding head changes
- Supports tab punching and black tab tape welding
- Upgradable to 10-string single bypass and 12-string double bypass welding functions
- High welding efficiency with hundreds of welding spots completed per minute
- Strong compatibility with various solar panel types, color steel tiles, flat tiles, and photovoltaic flexible components
| Parameter | Data |
|---|---|
| Cycle Time | 16s/Module |
| Modules Transfer Height | 980±30mm |
| Glass Specifications | L: 1630-2600mm, W: 986-1450mm |
| Adjustable String Spacing | 2-6mm |
| Tab Specification | Width: 4-8mm, Thickness: 0.2-0.4mm |
| Material Reel Specification | Inner Hole: 16mm to 25mm, Outer Diameter: ≤200mm |
| Welding Method | Electromagnetic Welding |
| Automatic Alignment Accuracy Range | ≤+1mm |
| Secondary String Placement Accuracy | ≤±0.5mm |
| Power | Rated Power 20kW, Peak Power 40kW |
| Air Consumption | 0.6-0.8MPa, 2000L/min |
| Weight | 5000kg |
| Equipment Dimensions | L 5050mm × W 5050mm × H 2500mm |
Precision Positioning: Advanced visual recognition system accurately locates battery cells and bus bars with ≤±0.5mm accuracy
Stable Welding Process: Consistent temperature, pressure, and time control ensures uniform welding quality
High Efficiency: Rapid cycle time of 16 seconds per module with capability to complete hundreds of welding spots per minute
Wide Compatibility: Supports multiple solar panel types including flexible components and building-integrated applications
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