In recent two years, with the rapid development of new energy industry, solar energy as an indispensable part of new energy, gradually applied to all walks of life. The popularity of solar panels has greatly promoted the development of photovoltaic industry. Solar panels can be seen everywhere, such as solar lights, solar water heaters, solar air conditioning and so on. Applied to all walks of life.
Common solar panel classification?
1, crystal silicon panel: polycrystalline silicon solar cell, monocrystalline silicon solar cell.
2, amorphous silicon panel: thin film solar cell, organic solar cell.
3, chemical dye panels: dye sensitized solar cells, etc.
The application and advantages of laser cutting technology in solar panels?
At present, laser cutting technology is mainly used for cutting wafers and wafer cutting. High precision laser cutting machine cutting due to its non-contact processing, no stress, so it can ensure a greater degree of raw materials without damage, will not damage the internal chip structure, product cutting quality is greatly better than other ways of cutting. At the same time, the slit width is small, high precision, adjustable laser power and other characteristics, also make the application of laser precision cutting technology can control the cutting thickness, so as to realize the thinness of solar cells.
recommended machine is
Laser cutting technology is mainly used in cutting lines of solar panels, including silicon wafer, amorphous silicon thin film battery anti-reflection lines, amorphous silicon film clear edge, amorphous silicon film line, solar energy industry monocrystalline silicon, polysilicon, amorphous silicon cell and silicon wafer scribing (cutting scribing) and grooving.
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