UNCOMPROMISING AESTHETICS IN HARMONY WITH NATURE

The SOLROOF system has been designed with the utmost attention to the highest quality aesthetics of roof covering. The modular integrated photovoltaic panels FIT VOLT are visually perfectly matched to the modular roof panels FIT, which were created in line with the idea of minimizing carbon footprint using low-emission steel.

XCarb Certificate

In Harmony with the Natural Environment

The use of materials with low environmental impact allows for a reduction of the carbon footprint by about 62% within the Renewable Energy Sources project.
For the production of the SOLROOF roof, we use low-emission steel XCarb^® Recycled and Renewably Produced from ArcelorMittal .

XCarb^® steel is produced in an electric arc furnace from recycled materials, using only renewable electricity, which makes XCarb^® steel stand out with its low CO₂ emissions.

CARBON FOOTPRINT REDUCTION
THANKS TO XCARB^® STEEL

Carbon footprint when using low-emission XCarb^® steel

Average roof area

Carbon footprint in the production of classic sheets coated with organic coatings

Certificate of XCarb^® Steel from Recycling and Renewable Production from ArcelorMittal

For the production of the SOLROOF roof, we use low-emission XCarb^® steel from ArcelorMittal. XCarb® steel is produced from recycled materials, using only renewable electricity. The use of materials with low environmental impact allows for a reduction of the carbon footprint by 62%.

Our Certificates

WHAT MAKES SOLROOF WITH XCARB^® STAND OUT?

Attractive Appearance

Aesthetics have been combined with innovative technology and the lightness of integrated SOLROOF photovoltaic panels. By using this modern solution, we have eliminated unattractive, heavy photovoltaic panels, along with visible mounting structures and wiring that we know from standard solutions.

Thanks to the SOLROOF system, the entire roof covering surface presents a perfect, undisturbed form.

Consistency of Form

The standard silicon structure of cells can introduce irregularities in shades of blue, and the anti-reflective coating can further emphasize color differences. This is a known phenomenon in traditional PV panels.

By using special tempered glass, we achieved color matching of the surface without loss of efficiency. Shade differences are only slightly visible under a specific angle of light incidence.