• Clear Patterned Tempered Solar Panel Arc Photovoltaic Glass For BIPV Module Feature
  • Clear Patterned Tempered Solar Panel Arc Photovoltaic Glass For BIPV Module Feature
  • Clear Patterned Tempered Solar Panel Arc Photovoltaic Glass For BIPV Module Feature
  • Clear Patterned Tempered Solar Panel Arc Photovoltaic Glass For BIPV Module Feature
Clear Patterned Tempered Solar Panel Arc Photovoltaic Glass For BIPV Module Feature

Clear Patterned Tempered Solar Panel Arc Photovoltaic Glass For BIPV Module Feature

Product Details:

Place of Origin: Zhejiang, China
Brand Name: FASEC
Certification: ISO9001:2008;CE; 3C

Payment & Shipping Terms:

Minimum Order Quantity: 50sqm
Packaging Details: Pallets Packaing or Packing in Bulk (Seaworthy packings into container or bulk vessel )
Delivery Time: 30 workdays
Payment Terms: L/C,T/T, Western Union
Supply Ability: 600,000 Square Meter per Year
Get Best Price Contact Now

Detail Information

Glass Thickness: 4-25mm Max Size: 3660mm X 18000mm
Function: Energy Efficient, Heat-insulation, Acoustic Insulation Etc Glass Color: Clear/Blue/Grey/Bronze/Tea/Green/ Or Others
Glass Shape: Flat, Curved Edge Work: C-edge, Flat Edge, Polished Edge Etc
Cavity Filling With: Air Or Argon U Value: 0.6-1.8
Certification: ISO9001,3C,ISO,CE/EN12150,AS/NZS2208,ANSI Thermal Break Aluminum Frame: Available
High Light:

ISO9001 Ultra Clear Solar Glass

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Clear Patterned Solar Photovoltaic Glass

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BIPV technology Transparent Photovoltaic Glass

Product Description

ultra clear solar glass is also called photovoltaic glass which mainly used on solar panel because of its super light transmittance rate. Solar panel is a thin layer of optoelectronic semiconductor which converting solar energy into electricity. By considering its efficiency, we are using High- transmittance and low reflection glass for its panel. This high strength glass maintains the best image quality by eliminating unwanted distortions with the advanced optical technology.

The building construction industry currently accounts for 40% of annual greenhouse gas emissions, due to its high carbon embodiment and carbonated energy demands. Building-integrated photovoltaics (BIPV) is a sustainable solution to address these concerns and to contribute to a net-positive world. This advanced technology can be utilized in solar building envelopes, skylights, windows, and balcony railings to produce green energy.

BIPV technology can be applied to almost any built structure, such as high-rise buildings, stadiums, residential homes, bus stops, greenhouses, sidewalks, noise barriers, and much more. The large-scale use of this green energy-producing technology can accelerate our efforts against the growing climate crisis.

 

 

 

Our BIPV solar panels can be used in a wide variety of applications such as facades, rooftop, canopies, parking, balcony. We desire to ensure that with our BIPV range of panels it is possible for any building to achieve beauty and solar energy harvest together. The BIPV solar panel also help in Green Building or GRIHA or LEED certification. Further these panels also help in reducing the solar heat gain on the building and hence keep the building cooler resulting in a lower air conditioning energy consumption.

The high efficiency of our solar BIPV panel delivers more power per sq mtr and they perform exceptionally well in low light conditions as well. Our solar BIPV panel besides generating power are also well known for lower heat gain.

 

 

 

Variety of colors available

Terms condition
Thickness range 2.5mm to 16mm(Standard thickness range:3.2mm and 4.0mm)
Thickness Tolerance 3.2mm±0.20mm4.0mm±0.30mm
Solar Transmittance (3.2mm) more than 93.68%
Iron Content less than 120ppm Fe2O3
Density 2.5 g/cc
Youngs Modulus 73 GPa
Tensile Strength 42 MPa
Expansion Coefficient 9.03x10-6/
Annealing Point 550 centigrade degrees

 

We can available in a variety of colors, dimensions, thickness and shapes to meet any project requirement.Customization often such an important feature of materials - is one of the added benefits of these types of solutions, as they are completely customizable, providing clients with complete creative control. Clients may choose over a limitless range of patterns, designs and colors that can align with their creative vision.

These products provide a colorful range that does not limit efficiency. The advanced, multi-layered coating process color treats solar glass, allowing for high solar transmittance as a minimal amount of sunlight is reflected off the material. The solar panels are UV-stable, fade-resistant, and its texture can be reflective or matte, depending on the client’s demands. An anti-soiling feature is also applied to this layer, ensuring dirt and dust can’t accumulate—this means the panels are self-cleaning while ensuring efficiency.

Advantage:

Positive and negative double-sided power generation, the benefit can be increased by up to 30%

 

Glass replaces conventional backplane materials for better heat dissipation

 

PVB package, extremely low water vapor permeability

 

Fully symmetrical structure, no risk of cracking, no snail pattern

 

Very high "ammonia resistance, salt and alkali resistance" performance, no need to worry about corrosion.

Application:

 

FACADES

The integration of BIPV modules in buildings can be carried out in many different ways and result in a wide range of solutions.

 

PARKING

BIPV solar panels has developed a design of Photovoltaic Parking to take advantage of the benefit of the protection against meteorological agents, at the same time that its surface is used for electricity generation.

 

Energy generation has several uses, such as, recharging electric vehicles, self-consumption and therefore, reduction in the invoicing of the electrical consumption of the network.

 

 

ROOF COVERINGS

BIPV solar panels can form part of the building envelope, such as roofs, facades and glazed surfaces.

 

In photovoltaic roofs ecology merges with habitability and efficiency, resulting in environmentally friendly buildings .

LUCERNARY

BIPV skylights will allow you to obtain extraordinary results in any building, dazzling spaces and environments with great visual strength.

 

The use of BIPV systems in skylights also provides a touch of exclusivity and elegance.

 

As a semi-transparent roof, they provide thermal, solar, anti-glare and weather protection, as well as a selective use of natural light.

BALCONIES

Photovoltaic balconies make it possible to make the most of this part of the surface of an apartment or building exposed to sunlight and, at the same time, they are a way of improving its appearance.

 

ACUSTIC BARRIER

The integration of photovoltaic modules into sound barriers along motorways and railways is an alternative to building integration.

 

Photovoltaic acoustic barriers (PVNB) along motorways and railways today enable one of the most economical applications of grid-connected PV with the additional benefits of large-scale plants and no extra ground consumption. As in the case of buildings, no land is consumed and the support structure is already installed.

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