
Glass-glassHigh-power photovoltaic glass
Glass-Glass photovoltaic glass transforms architectural glass surfaces into high-yield renewable energy sources. Thanks to its technology and high nominal power, Glass-Glass is the ideal solution for those looking to combine performance and architectural integration.
Customized solutions that integrate seamlessly with existing technologies, ensuring maximum performance on curtain walls, ventilated facades, skylights, and canopies.





Power
With a power output of up to 200 Wp/m², Glass-Glass offers one of the highest energy performances available for BIPV.
Customization
Glass-Glass allows you to select dimensions, shape, transparency, color, and cell density to best suit any project.
Versatility
It replaces existing building elements: verandas, canopies, parapets, roofs, greenhouses, and curtain walls, turning them into active elements.
Performance
Can be paired in double or triple glazing units to improve thermal and acoustic insulation, without compromising external aesthetics and interior brightness.
Optimization
Glass to Glass allows the use of bifacial cells to optimize production in specific contexts.
The Glass-Glass module is built around crystalline silicon photovoltaic cell strings, encapsulated between two sheets of tempered and laminated glass with plastic interlayers.
The distance between the cells is adjustable: it determines the module's level of transparency and, consequently, the amount of natural light entering the building. Finding the right balance between light transmission and installed power capacity is the starting point for every project.

Cells
High-efficiency monocrystalline silicon cells, with bifacial options. Possibility to use TOPCon technology.
Rear glass
Glass thickness from 2 to 12 mm. Can be heat-strengthened or tempered according to technical needs.
Outer glass
Glass thickness from 2 to 12 mm. Always tempered. Option for HST treatment.
Connector
Use of junction box on the back or profile with custom cable length.
Lamination material
Choice of material depending on the type of installation.