Transparent photovoltaic glass modules

1. Energy self-sufficiency: Transparent photovoltaic glass curtain walls can convert solar energy into electrical energy, providing part or all of the building’s power needs, thereby reducing dependence on traditional energy.
2. Environmental protection and energy saving: Using solar energy to generate electricity reduces the emission of greenhouse gases such as carbon dioxide, reduces the energy consumption of buildings, and is more environmentally friendly.
3. Transparent and beautiful: Unlike traditional solar panels, transparent photovoltaic glass curtain walls maintain the transparency of the glass and do not affect the appearance and lighting of the building.

  •  CHINA
  •  14 weeks
  •  MAX
  •  TUV CE

Transparent photovoltaic glass curtain wall is an innovative product that combines solar power generation technology with building curtain walls. It is composed of transparent glass modules and thin film components, which can generate solar power without affecting the appearance of the building.

1. Working principle: Transparent photovoltaic glass modules use the photovoltaic effect to directly convert light energy into electrical energy through semiconductor materials (thin film components). When sunlight hits the surface of the curtain wall, the photons interact with the electrons in the semiconductor material, stimulating the movement of the electrons and thus generating an electric current.

2. Components: Typically include components such as photovoltaic glass, wires, connectors and inverters. The key component is photovoltaic glass, which is composed of multiple layers of specialized materials, including a transparent conductive oxide, a semiconductor layer and a back sheet.

3. Light transmittance: Unlike traditional solar panels, transparent photovoltaic glass curtain walls maintain a high degree of transparency, allowing sunlight to enter the interior of the building through the glass, while also reducing indoor glare.

Product parameters

Transmittace Vlt%50
Power Output PmaxW410
Open Circuit Voltage VocV77.5
Short Circuit Current IscA6.43
Working VoltageV66.1
Working CurrentA6.21
Structural Specification  
Size of ModuleMM2000X1200X15.04
Thickness of GlassMM6+6
Type of CellMM182
J-box PratingIP67
Length of ConnectorCM90
PackageWooden Crate
Temperature Characteristics  
Nominal Module Operating Temperature45
Temperature Coefficient(Pmax)%/℃-0.38
Temperature Coefficient Voc%/℃-0.36
Temperature Coefficient Isc%/℃0.07
Performance Parameters  
Maximum System VoltageV1500
Maximum Fuse Rated CurrentA20
Product Parameters
2300*1200*19 mm8+1.52+cell+1.52+8Colors265~455 watts   The power varies according to the colors
2300*1200*15 mm6+1.52+cell+1.52+6Colors265~455 watts  The power varies according to the colors
1600*800*13.56+0.76+cell+0.76+6Colors120~205 watts  The power varies according to the colors
1200*600*83.2+0.76+cell+0.76+3.2Colors68~116 watts   The power varies according to the colors
1600*1000*13.16+0.55+cell+0.55+6Vlt 33% 235 watts      OE FILM
1600*1000*7.53.2+0.55+cell+0.55+3.2Vlt 33%235 watts       OE FILM

Product details picture


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The application forms of BIPV mainly include BIPV roofs, BIPV curtain walls, BIPV shading, BIPV greenhouses, outdoor photovoltaics and photovoltaic venues, etc.

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