Solar cell and method for making grid electrode
A technology of solar cells and manufacturing methods, which is applied in the manufacture of circuits, electrical components, and final products, and can solve the problems that the thickness and width of grid wire electrodes cannot be accurately controlled, cannot be completed at one time, and the temperature of the production environment is high. Achieve the effects of improved light conversion efficiency, simple manufacturing method, and reduced production cost
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Embodiment approach 1
[0033] Reference figure 1 , figure 2 , The manufacturing method of the grid electrode of the solar cell includes the following steps:
[0034] A. Mold mounting: press-fit a grid mold frame 2 corresponding to the required grid electrode on the surface of the battery sheet 1, and the bottom surface of the grid mold frame 2 is close to the surface of the battery sheet 1;
[0035] B. Coating: Fill the cavity of the grid mold frame 2 with a transparent insulating material, so that the surface of the cell 1 is evenly coated with a transparent insulating film layer 3, the thickness of the transparent insulating film layer 3 is 2-30 microns, more Specifically, the above-mentioned transparent insulating material is silica gel or insulating polymer material, and insulating polymer material such as EVA or PE or PET;
[0036] C. Demoulding: Remove the grid formwork 2 to form a grid line network exposed on the surface of the cell 1; if the grid electrode 4 is to be prepared on the other surfac...
Embodiment approach 2
[0040] Reference figure 1 , The manufacturing method of the solar cell grid electrode 4 includes the following steps:
[0041] A. Coating: A transparent insulating film layer 3 made of a transparent insulating material is uniformly coated on the surface of the battery sheet 1. The thickness of the transparent insulating film layer 3 is 2-30 microns. More specifically, the above-mentioned transparent insulating material is silica gel Or insulating polymer materials, insulating polymer materials such as EVA or PE or PET;
[0042] B. Drying: the transparent insulating film layer 3 is dried to consolidate the transparent insulating film layer 3 and the battery sheet 1; if the grid electrode 4 is also prepared on the other surface of the battery sheet 1, step After B is completed and before step C starts, repeat steps A and B on the other surface of the battery sheet 1 so that both surfaces of the battery sheet 1 are coated with a transparent insulating film layer 3;
[0043] C. Charact...
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