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Production Scope: | Product Line |
Automation: | Auto or Semiauto |
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We learned that many customers want to build solar panel production line , but they don't know how to configure the production line and equipment, so that the project has been delayed to start.
Step 1: Test solar cell efficiency: make sure the same power cell to be used in one solar panel;
Step 2: Cut complete solar cell into small pieces;
Step 3: Welding solar cell: welding solar cell to string solar cell;
Step 4: Cutting EVA/TPT: according to the solar panel size to cut the EVA and TPT in the designed size;
Step 5: Lay up: achieve solar string automatic laying on glass EVA, and transporting module to the next process;
Step 6: Visual inspect: check the dirty for the Raw materials;
Step 7: Defect check: uses the EL tester machine to identifying micro-cracks, broken finger wires, and other invisible defects in solar modules;
Step 8: Lamination: after EL tester checking the defects, use solar panel Laminate the raw material into solar panel;
Step 9: Trimming: when the Solar panel get cooling after coming out from laminator, It need Cutting the edges, we call Trimming;
Step 10: Glue: use sealant to glue up on aluminum frame;
Step 11: Framing: use the framing machine to install the aluminum frame;
Step 12: Glue: fill the sealant to aluminum alloy after framing;
Step 13: Install junction box: glue the junction box and install it on the solar panel;
Step 14: IV Test: use solar simulator to test the finished solar panel Electrical performance test like power, current etc and record;
Step 15: Test the panel withstand voltage insulation;
Step 16: Defect check: uses the EL tester machine to identifying micro-cracks, broken finger wires and other invisible defects of finished solar modules;
Step 17: Label;
Step 18: Clean the surface and package.
· Solar Panel IV Tester
1. Factory Layout Drawing:
Step 1: Test solar cell efficiency: make sure the same power cell to be used in one solar panel;
Step 2: Cut complete solar cell into small pieces;
Step 3: Welding solar cell: welding solar cell to string solar cell;
Step 4: Cutting EVA/TPT: according to the solar panel size to cut the EVA and TPT in the designed size;
Step 5: Lay up: achieve solar string automatic laying on glass EVA, and transporting module to the next process;
Step 6: Visual inspect: check the dirty for the Raw materials;
Step 7: Defect check: uses the EL tester machine to identifying micro-cracks, broken finger wires, and other invisible defects in solar modules;
Step 8: Lamination: after EL tester checking the defects, use solar panel Laminate the raw material into solar panel;
Step 9: Trimming: when the Solar panel get cooling after coming out from laminator, It need Cutting the edges, we call Trimming;
Step 10: Glue: use sealant to glue up on aluminum frame;
Step 11: Framing: use the framing machine to install the aluminum frame;
Step 12: Glue: fill the sealant to aluminum alloy after framing;
Step 13: Install junction box: glue the junction box and install it on the solar panel;
Step 14: IV Test: use solar simulator to test the finished solar panel Electrical performance test like power, current etc and record;
Step 15: Test the panel withstand voltage insulation;
Step 16: Defect check: uses the EL tester machine to identifying micro-cracks, broken finger wires and other invisible defects of finished solar modules;
Step 17: Label;
Step 18: Clean the surface and package.
Function:
Used to achieving solar string automatic laying on glass EVA, and transporting module to the next process
Function:
Adopt the method of separating the cell string from the glass, and grab the cell string in the air, then to interconnected solder the head, middle and tail bus bar of the middle wire edition module at a certain height; It has the function of a roll feeding bus bar, bending U and L leads upwards.
Subsystem | Configuration |
Alignment system
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Standard configuration |
Imaging system
Imaging precision 0.5 mm/pixel (EL) 0.1mm/pixel(VI)
|
Standard configuration |
Power-up system
|
Standard configuration |
Image processing
|
Standard configuration |
|
Standard configuration |
Method of image mosaicing
|
Standard configuration |
Operate Mode | Full Automatic | Heating Mode | Oil Heating |
Lamination area | 4600x2400 Single chamber |
Power Supply | AC380V 50Hz Three phase five Wires Rated Power:70kw Average Working Power: ≤30KW |
Laminate Height | 35mm | Temperature Uniformity | ≤±2ºC |
Temperature Precision | ±1ºC | Vacuum time | 5~30Min |
Temperature Range | 30ºC-180ºC | Vacuum Degree | 40-100Pa |
Air Supply | 0.6~0.8MPa | Compressed air flow required | ≥400L /Min |
availability | 98% | Operating platform | Touch screen +PLC |
Chamber | 1 laminate Chamber | Loading & Unloading | Convey belt loading stainless steel rollers discharge |
Work cycle | ≤18min | Temperature Control Point | 5 |
Life | ≥10 years | Size | 14.98m×3.4m×1.8m (16T Weight) |
Vacuum pump | 2X-70 | Heating Power | 54KW |
range of application | Can laminate single crystal, polycrystalline, double glass solar modules |