3.2mm Solar Tempered Glass for Solar Water Heater and Solar Colletors
3.2mm Solar Tempered Glass for Solar Water Heater and Solar Colletors
Description of Solar Tempered Glass
- High - Transparency Substrate: Utilizing low - iron ultra - white silica sand as the raw material, our photovoltaic glass offers an extremely high visible light transmittance, with a 2.0 - mm thick glass achieving a transmittance of ≥ 94%. This ensures that a maximum amount of sunlight can penetrate the glass, reaching the solar cells beneath. The special surface patterns on the ultra - clear patterned glass further enhance light scattering and absorption, significantly improving the overall light - harvesting efficiency.
- Anti - Reflective Coating Technology: Employing internationally leading techniques, an anti - reflective (AR) coating is applied to the surface of the high - transparency glass. This AR coating effectively reduces the sunlight reflection ratio on the glass surface. By minimizing reflection, more light is directed onto the solar cells, thereby increasing the conversion efficiency of the photovoltaic modules.
Specification of Solar Tempered Glass
Features:
1.Solar Glass has high light transmittance due to low-iron material, it is also called"ultra white"glass, it is pattened design which can reduce the the sunlight lose and increase the power electricity generation.
2.the glass is tempered by chemical and physical treatment, it is round polish edged, it will hurt hands when operating.
3.the surface of glass can not only reduce the reflection, but also can have the function of self-cleaning, which can increase the power generation.
4.Solar Glass has the character of good electrical insulation performance, its resistivity is greater which can insolate the circuit of the battery,so it can ensure the safefy of the power generation system.
Application of Solar Tempered Glass
the solar tempered glasss most commoly used as the front cover of solar panels and solar water heater and solar collectors, where it protects internal pv cells from external damager such as hail, wind-blown debris and UV radiation while ensuring 90% of sunlight penetrates to maximize
energy conversion efficiency.
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