Energy-Generating Facade Panels from Solar Visuals. A way to turn a facade into a source of energy.
The Netherlands-based company Solar Visuals has introduced translucent energy-generating panels that, thanks to their design, can be integrated into a building's finish.
The innovation is that the solar panels are mounted not on the roof but on the facade, making the most of every available surface of the house. The connection is seamless, and the pattern can be matched to the building's existing finish, mimicking masonry, brick, metal, wood, concrete, and more.
The main Solar Visuals collection is divided into four subcategories: architectural materials, nature, art, and solid color. Custom designs are also available.
The panel consists of several layers: a back layer for the mechanical mounting, a layer of photovoltaic cells that generate solar energy, a layer of integrated full-color printing, and 4 mm of tempered glass on the outside.
To keep the pattern as legible as possible at the intended viewing distance, three basic rasterization patterns were developed: rectangular, star, and radial. The rectangular pattern works best for long-range viewing (35 meters or more), the star pattern for medium range (about 25 meters), and the radial pattern when you want maximum image impact at a short distance from the building (5 meters or less).
The energy yield varies with the density of the photocells, ranging from 126 to 155 W/m². In each case, the optimal balance between the visual component and energy efficiency is selected. The stated service life is 30 years, with a power loss of 10% after 10 years and 20% after 25 years.
Standard panel sizes:
- Format A: 995 mm x 1995 mm.
- Format B: 1000 mm x 1650 mm.
Power output (depending on print coverage and the type of solar cells used):
- 32-cell panel: 105–140 watts.
- 60-cell panel: 200–260 watts.
- 72-cell panel: 240–310 watts.
The company champions sustainability and recycling, and states that if a building or facade is demolished or renovated, it is willing to take the panels back for (full or partial) reuse.
