BIPV Curtain Wall
Building Integrated Photovoltaic (BIPV) is a technology that integrates thin-film power generation products onto buildings. BIPV thin-film solar power systems, which are designed, constructed and installed at the same time as the construction work, become harmonious with the buildings. It is also called a “construction type” and “building material type” thin-film solar power generation building.The increasing demands for a comfortable environment have caused larger energy consumption from heating and air conditioning of the buildings and triggered a public call for carbon reduction.
As a part of the external structure of a building, it not only has power generation function, energy conservation and consumption reduction, but also can enhance the beauty of the building. Thin-film Solar Technology features a series of advantages such as high conversion efficiency, good weak light performance, light and thin, well-curved performance and various colors. It can provide more space for building design to be well integrated with buildings. Currently, Hanergy Mobile Energy has become a BIPV solution provider integrating design, R&D, production, integration, construction and operation and maintenance.
Product Highlights
- Highly UV proof
The products won’t turn yellow under strong UV irradiation and can significantly reduce UV light transmittance.
- High adaptability
Able to work under extreme temperatures
- Corrosion resistance
The double-glass structure of Hanergy modules can effectively avoid damage by salt mist, ammonia and other corrosive gases, thereby extending service life.
- Advantages under high temperature
As the temperature increases, temperature loss is only half of that seen in conventional modules, and more electricity is generated under a high-temperature
- Advantages under lowlight environment
Hanergy’s modules have much better performance than conventional modules in absorbing long waves and short waves within visible light and can generate more power and improve the stability of power generation system.
- High fireproof grade
The natural double-glass structure of the thin-film modules is highly fireproof and can effectively avoid the risk of fire.
- Loading capability
Hanergy’s PV modules adopt a double-glass structure, passing a series of tests related to strict mechanical properties.
- Anti-hot Spot Effect
Significant anti-hot spot effect under shadowing. Effectively avoid module failures under maintenance-free conditions.
- Testing and certification
In line with international and domestic standards, and having passed reliability testing by a variety of authoritative product certification agencies.
Product Design Reference
Application scenarios: Shopping malls and hotelsFeatures: three layers, and cells joining together, satisfying the needs of large-scale curtain walls.
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Power(W)
153
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Length(mm)
2540
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Width(mm)
1245
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Thickness(mm)
16.2
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Weight(kg)
124
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Battery Type
PIN/PIN/PIN
three-junction amorphous silicon
germanium laminated cell
Application scenarios:Office buildings, government buildings, hotels, and company buildings.Features:three layers， and cells joining together, satisfying the needs of large-scale curtain walls.
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Power(W)
43/45/48/50
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Length(mm)
1245
-
Width(mm)
635
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Thickness(mm)
9.7(No Junction Box)
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Weight(kg)
18.6
-
Battery Type
PIN/PIN/PIN
three-junction amorphous silicon
germanium laminated cell
Application scenarios:Buildings of light transmittance such as curtain walls, lighting roofs and corridorsFeatures: three layers， and cells joining together, satisfying the needs of large-scale curtain walls.
-
Power(W)
43/45/48/50
-
Length(mm)
1245
-
Width(mm)
635
-
Thickness(mm)
9.7(No Junction Box)
-
Weight(kg)
18.6
-
Battery Type
PIN/PIN/PIN
Three-junction Amorphous Silicon
Germanium Stacked Battery
Application scenarios:Office buildings, libraries and hotelsFeatures: three layers， and cells joining together, satisfying the needs of large-scale curtain walls.
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Power(W)
43/45/48/50
-
Length(mm)
1245
-
Width(mm)
635
-
Thickness(mm)
27.7(No Junction Box)
-
Weight(kg)
30.4
-
Battery Type
PIN/PIN/PIN
three-junction amorphous silicon
germanium laminated cell
