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With LEDs all around the glass, light and colours play across the panel, animating the surface with subtle depth and reflections. The glazing façade gains a refined, fancy appearance, where light becomes a design element that enhances the architectural expression.

Thanks to the discreet LEDs embedded in the façade modules, made out of glass or metallic cladding, the façade remains quiet and neutral when the sun shines, like any other façade. When the sun sets, it starts a second life and becomes a gigantic screen, illuminating the neighbourhood with spectacular videos and animations visible from a distance.

Bright LEDs embedded in the glass modules allow the façade to function as a gigantic screen at any time of day, delivering strong visibility from far away. This brightness is controlled to avoid disturbance, thanks to Anti-Reflection technology for people inside the building and orientation technology that limits annoyance for the surroundings.

With LEDs integrated at high density in walls made out of metallic cladding, the façade communicates dynamic videos and animations that remain clearly readable even at close distance. When the LEDs are switched off, the wall retains a pure, sober and homogeneous appearance, preserving the integrity of the architectural surface.

PV cells embedded in the glass convert the sun rays into electricity while allowing daylight to pass through the module. The photovoltaic cells remain visible and opaque, clearly expressing the energy-producing function of the façade.

Whether in glass or metallic cladding, these black modules are the most powerful BIPV modules, featuring high-density black PV cells.

Whether made out of glass or metallic cladding, these coloured modules allow the walls to remain aesthetic while delivering autonomous electricity, with PV cells discreetly hidden behind the colours.

This dark grey cladding module, with fixed size and design, represents the simplicity of BIPV at its best. Easy to install on walls and roofs, it is designed to deliver local electricity efficiently.