Architecturally Integrated Photovoltaics
Solar panels are no longer just technical equipment. Today, they can be an integral part of the architecture itself.
The solutions presented are designed for projects that require energy production without compromising the building’s visual identity. From traditional roofs to contemporary facades, each system is designed to blend in, not to stand out.
Performance remains the same. The visual impact is reduced.
Forest Green: the color that blends into the landscape
Green panels aren’t just an aesthetic choice. They’re a solution for projects where integration with the natural surroundings is a priority.
The deep green shade was developed to complement the vegetation and colors of the landscape. On roofs or facades surrounded by trees and green spaces, the panel no longer stands out but becomes part of the whole.
These modules have power ratings between 400 and 410 Wp and feature a double-glass structure. They offer the performance of a conventional panel, but with a finish designed for contemporary architectural projects and landscape integration.
Energy continues to be generated. The visual impact is virtually nonexistent.
Terracotta: Solar Energy on Traditional Roofs
Many buildings of historical or traditional architectural value reject solar panels for one simple reason: the visual contrast is too stark.
The terracotta-toned series solves this problem. The panels are produced in shades of orange and red that closely match ceramic roof tiles. Rather than standing out conspicuously, they blend in with the texture and color of the existing roof.
The result is an installation that respects the building’s identity. Energy is generated without altering the appearance of the facade or the roof.
This solution is particularly well-suited for historic homes, historic districts, and renovation projects where aesthetics cannot be compromised.
Black Minimal: maximum efficiency, minimal visual impact
The deep black panel is the most discreet choice for contemporary and minimalist architecture.
With no visible frames and uniformly colored cells, these modules blend seamlessly into the roofline. The visual appearance remains clean. The technology no longer competes with the building’s design.
Performance remains high, between 400 and 410 Wp. The difference lies in the finish and how the panel integrates with the roof.
For those who prioritize aesthetic simplicity without sacrificing energy production, this is the most straightforward solution.
Every photovoltaic integration project should begin with a careful analysis of the building, its surroundings, and the aesthetic goals. Only after this assessment is it possible to choose the solution that truly fits—whether in terms of color, texture, or type of installation. When the system is designed from the outset as part of the architecture, energy ceases to be an added element and becomes an integral part of the building itself.