The overlapping panels of the Scales family provides a depth to the facade and a texture that add life and character to the panelisation. With build heights as low as 80 mm this ventilated cladding solution can be customized both in dimensions and articulation.

First deployed at the Red River College in Winnipeg where the large panels softly changes color as they flow around the buildings. Leveraging a range of panel sizes up to 2400 by 1400 mm, and tiled in clusters this allows the highly efficient solar facade to seamlessly integrate in the building design by providing both human and building scale element without dominating the resulting implementation.

The randomly and individually articulated panels of the Sequins family provide a lively and highly expressive facade cladding that continuously change with the daylight and the viewer. The subtlety of these color changes can be tailored, as can the dimensions of the individual panels to fit the desired building design.

The system was first deployed at the Copenhagen International School where the 12.000 identical panels never look the same due to the anisotropic nature of the glass coatings and the panel geometry. These dramatic visual impressions allows the building to articulate and highlights the sustainable efforts and shows that taking responsibility can be both beautiful and cost-effective.

The smooth flat mounted Skin family allows for build heights as low as 60 mm and for seamless integrations with traditional cladding solutions to provide a more monolithic and unified architectural form. This family lends itself very easily to energy renovations where the low profile along with the cost-efficient panelization allows solar facade integration without compromising the original architectural design.

First deployed at the Bornholm hospital and the Trifolium projects in Denmark it can be mounted directly unto the insulating layer to further reduce complexity, build height and cost.

The Satin finish is our most popular and highly recommended panel finish, as it allows for a self-cleaning and maintenance free facade while it all but eliminates glare and can therefore be deployed in airports and close to traffic. A further advantage of the smooth satinated finish is its well documented ability to harvest more electricity from the sun than traditional PV glass.

Our Crystal finish provides a dramatic and beautifully precise visual character that lifts it out of the mundane to tell a story of high-tech and futurism. It also allows the solar facade integration into curtain wall facades without noticeable differentiation to the material expression.

To give the surface more depth and character we also have a range of deep-structured glasses that not only adds a macro level play of light and tactile textures, but also enhances the light gathering ability of the panel like the satinated glass finish does.

The supreme clarity of the ultra low-iron float glass defines the most efficient glass available, with crisp reflections, but also a higher risc of glare and disturbing reflections.

The natural float glass allows visibility to the photo voltaic cells that adds an intriguing visual detail to the facade as the PV cells can be visible in un textures glass, while our wide range of structured and finished glass will add macro-level details that sculpt reflections as well as optimize light harvesting.

Structural color coatings with a uniform and non-iridescent sheen comparable to a ceramic or painted finish. Applied to the rear of the glass and available in almost any defined color, these coating affords very broad design freedom and combined with various glass finishings they can provide mat stone like as well as glazed ceramic like claddings.

The colors are mostly as efficient as our other structural colors, but certain hues such as bright yellows or bright reds may have a slightly lower efficiency

Structural color coatings provide a unique metallic like character with unparalleled efficiency and uniquely beautiful colors. Through a multiple nano-scale layers it filters and reflects very specific wavelengths of light as color, but lets most of the light pass thru to be harvested by the PV cells.

The coatings are available in a limited range of colors and are often anisotropic in nature and may change hue slightly depending the position of the sun, to create a dynamic facade experience that will never fade and provide material expression comparable to anodized or polished aluminum.