factory-produced panels are inserted into the sub-construction on the construction site, fast installation possible in all weathers, complete selection of detail solutions, connection cabling: decentralised connecting concept (3 pieces) with MC4 plug connections
new and existing buildings, installation limits in accordance with national building regulations, suitable for passivhaus standard with a certified sub-construction, thick system build-ups (e.g. > 60 cm) possible
use clear water and a soft sponge or cloth to remove any soiling, cleaning and care instructions are available separately
anthracite colours
high-quality, homogeneous appearance, combination of different formats possible, combination with other surfaces as a mixed facade possible
via mounting rails applied to the sub-construction on-site, easily adjustable sub-construction made of a stainless steel/aluminium combination, in timber frame construction with timber supporting battens
Highly resistant to mechanical stress
performance guarantee: min. 97 % in the first year, thereafter maximum reduction of 0.7 % per year up to 25 years, modules produced in Austria
reaction to fire (class) in accordance with EN 13501-1: B-s1, d0, limited combustibility, in accordance with national standards in a defined system build-up, fire barriers may be required in accordance with national specifications
improvement of up to 10 dB (A) in the sound reduction index
masonry, e.g. brick, calcium silicate masonry units, cellular concrete, fair-faced masonry and masonry veneer, concrete and concrete slab construction (three-layer concrete slabs), timber frame construction
easy to dismantle into single-variety components thanks to the modular system structure, defective or disused photovoltaic modules can be returned to the manufacturer
photovoltaics integrated in the facade to generate electrical energy, module technology: photovoltaic modules on a monocrystalline basis, installed power > approx. 215 Wp/m², efficiency: ≥ 21.52 %, benefits in terms of building physics thanks to rear ventilation of the facade (humidity, sound and thermal protection), unevenness can be levelled by means of an adjustable sub-construction, lowest thermal bridging coefficient due to bespoke sub-construction made from a combination of stainless steel and aluminium, passivhaus-certified sub-construction possible that is free from thermal bridges, highly weather-resistant
mineral wool faced with nonwoven, thick insulant layer possible, system implementation also possible without insulation
