The transparent double glass BIPV solar panel represents a new generation of building integrated photovoltaic modules engineered specifically for architectural facades, curtain walls, skylights and atriums. Unlike conventional solar panels that are mounted onto finished structures, this BIPV facade module replaces the building envelope material itself, generating clean electricity while preserving natural daylight transmission. Each panel is constructed with two layers of 3.2mm fully tempered glass sandwiching high efficiency monocrystalline half cut solar cells, delivering a power range from 200W to 700W with module efficiency up to 22%. The light transmittance can be customized from 10% to 60%, allowing architects to balance energy yield with interior daylighting requirements. With a frameless edge design and an anodized aluminum alloy frame option, the module integrates seamlessly into modern building elevations and meets the aesthetic standards of premium commercial and residential projects.

• Customizable Light Transmittance: Transparency levels from 10% to 60% are available on request, enabling designers to control glare, heat gain and natural lighting while harvesting solar energy.
• Double Glass Laminated Construction: Two layers of 3.2mm fully tempered glass with a robust laminated structure provide outstanding mechanical strength, weather resistance and a 30-year design life.
• High Efficiency Monocrystalline Half Cut Cells: The half cut cell architecture reduces internal resistance and hot spot risk, boosting module efficiency to 22% even under partial shading conditions.
• Building Envelope Integration: The module is engineered as a true construction material, compatible with standard curtain wall mullion systems, structural glazing profiles and facade mounting brackets.
• Superior Anti Glare Performance: An anti reflective coated front glass minimizes specular reflection, reducing light pollution in urban environments and improving visual comfort for occupants.
• Reliable Electrical Protection: IP68 rated junction box with MC4 connectors, bypass diodes for every cell string and a 5400Pa wind load rating ensure safe operation in demanding climates.

This transparent BIPV facade module is ideally suited for commercial office towers, curtain wall systems, airport terminals, railway stations, museum facades, shopping malls and residential villa exteriors. It can be installed vertically on building facades, inclined on roof skylights, or horizontally on canopy and carport structures. The customizable transparency makes it particularly popular for agricultural greenhouses, where plants require balanced light exposure while the structure simultaneously generates power. Architects frequently specify this module for green building certification projects such as LEED and BREEAM, because the combination of on site power generation and daylight harvesting contributes directly to energy efficiency credits. For every project, our engineering team provides structural load calculations, wind load verification and installation drawings tailored to the specific curtain wall system, ensuring smooth coordination with the facade contractor from design to completion.

Each BIPV module is individually protected with anti scratch film, then packed in reinforced plywood crates with internal foam cushioning and corner protectors. Export packaging follows ISTA transportation standards to guarantee safe delivery for sea, air and land freight. Every production batch undergoes rigorous quality control procedures including electroluminescence testing, insulation resistance testing, wet leakage current testing and visual inspection under 1000 lux illumination. Our factory holds ISO 9001 quality management certification, and the modules comply with CE, TUV and IEC 61215 / IEC 61730 standards. We provide a 25-year power output warranty covering 80% of rated power after 25 years, together with a 12-year product workmanship warranty. Dedicated after sales engineers are available for installation guidance, system commissioning support and technical training for local installation teams worldwide.