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Positioning principle of photovoltaic bracket cutting machine

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(1) Positioning and drilling: according to the design of the bracket drawing, positioning is carried out, and then specific tools are used to drill; (2) Clean the hole and clean the table: clean up

Positioning principle of photovoltaic bracket cutting machine [PDF]

6 FAQs about [Positioning principle of photovoltaic bracket cutting machine]

What types of ribbons can be used in a photovoltaic panel?

Cutting, bending, and positioning of the ribbon (including overlapping ribbon, L-bend, U-ribbon ribbon and so on) Our automatic bussing is configured to work with both old and new-generation photovoltaic panels with 60 to 72 cells.

What is soldering of photovoltaic cells?

The soldering of photovoltaic cells refers to the process of connecting several positive electrodes and negative electrodes of cells in series through PV ribbon (bars bar ribbon) to form a cell string, and then connecting several strings (usually 6 strings) in parallel through PV ribbon (bussing) to finally form a competed photovoltaic module.

How do photovoltaic cells interconnect?

It's important to remember that bussing or interconnecting photovoltaic cells through soldering of the interconnections between cell strings occurs after the cell tabbing process (performed by the Tabber-Stringer machine).

Do low-cost photovoltaic panels have problems arising from manual bussing?

Problems Arising from Manual Bussing (Attention!) Low-cost panels manufactured with manual bussing can suffer from various problems right from the start, which can, in the worst cases, compromise the usability of the photovoltaic panel itself.

How do photovoltaic cells work?

The photovoltaic cells connected in series by the stringer form strings of cells positioned on the glass, which can be made up of 2 to 12 cells (usually), and these are then "interconnected" (bussed) together using a 5mm wide ribbon (usually) to create the collector grid.

Why is soldering important in photovoltaic module manufacturing?

Soldering is one of the important processes in photovoltaic module manufacturing, and the soldering quality is directly related to a series of key indexes such as power generation capacity and service life of the module.

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