Solar glass

The unique embossed structure on the surface of Low Iron Solar Glass overcomes the limitations of traditional flat glass. On the one hand, it can effectively reduce light reflection, allowing light to refract and scatter multiple times inside the glass, thereby improving the uniformity of light distribution on the surface of the battery and avoiding power generation efficiency losses caused by uneven concentration or dispersion of light. On the other hand, embossed design can also increase the adhesion between glass and solar cells, ensuring that the glass and battery are tightly adhered and stable during long-term use.

At a time when the solar energy industry is booming, our solar cell backplane glass is bringing a qualitative leap in photovoltaic efficiency with excellent quality and innovative technology.   The light transmittance of the product breaks the industry standard, up to 95%. With advanced anti-reflective coating technology, it minimizes light reflection loss, converts more light energy into electrical energy, and greatly improves the power generation efficiency of photovoltaic modules. Compared with traditional backplane glass, it can increase power generation by more than 10%, creating more green benefits for you.   Backplane glass is mainly used for double-glass modules. It uses ordinary float glass as the substrate, is edge-grinded and perforated, and then tempered. Compared with ordinary backplane (TPT), backplane glass has excellent durability.

Ultra-clear patterned coated (AR) glass is a glass product made by coating one or more layers of anti-reflection and anti-reflection coating (AR coating) on ​​the original ultra-clear patterned glass through a special process.   It is mainly used in the field of solar photovoltaic, such as photovoltaic power stations, solar charging systems, solar cell module packaging, etc. It is an ideal cover glass material for crystalline silicon photovoltaic modules. It can also be used in building integrated photovoltaic systems, which not only meets the lighting and aesthetic requirements of the building, but also realizes the photovoltaic power generation function.

Our ultra white embossed glass tempered sheets have undergone strict tempering treatment, possessing excellent mechanical strength and impact resistance. They can withstand the impact of harsh weather conditions such as hail and strong winds, effectively reducing the risk of component damage caused by natural disasters and extending the service life of solar energy systems.