Methods of making textured sheets for photovoltaic devices
A photovoltaic device and texture technology, applied in photovoltaic power generation, semiconductor devices, electrical components, etc., can solve problems such as loss of shape and inability to manufacture structures with high reproducibility, and achieve the effect of improving performance, excellent quality and performance
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example 1
[0043] Thermally liquefied polymethyl methacrylate (PMMA) was injected into a sealed nickel mold (33 x 33 x 0.15 cm) containing an array of pyramidal structures with a square base with a height of 1 mm. The liquefied polymer is hardened by cooling to about 40 degrees Celsius. After hardening, the mold is opened to obtain a textured polymer sheet. A total of four textured panels were applied to a 1 x 1 meter glass panel (substrate) by using a liquid adhesive. Glass plates including textured plates are used as cover plates for photovoltaic devices.
example 2
[0045] A 33 x 33 x 0.15 cm plate of PMMA was thermally softened by uniformly raising the temperature of the polymethyl methacrylate (PMMA) to approximately 135 degrees Celsius, which rubberized the material. Press a nickel mold of the same size into the softened PMMA by using a pressure of 150 bar. The mold contained an array of pyramidal structures with a square base with a height of 1 mm. The softened PMMA plate was hardened by cooling to about 40 degrees Celsius while maintaining the pressure of the nickel mold on the plate. After hardening, the mold is opened to obtain a textured polymer sheet. A total of four textured panels were applied to a 1 x 1 meter glass panel (substrate) by using a liquid adhesive with a refractive index (after hardening) of about 1.5. Glass plates including textured plates are used as cover plates for photovoltaic devices.
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