ALU SOLAR Aluminium profile system with solar modules for roofintegrated photovoltaic systems
flexible building. sustainable thinking.
PRODUCTS
ALU SOLAR the resource-efficient synergy of architecture, function and energy regeneration
Aluform standing seam profile ALUFALZ pro 65/600
Mounting of the panels
Crimping of panels
Aluform standing seam profile ALUFALZ 65/500
Installation direction
ALU SOLAR connects modern architectural design with the solar energy generation
Aluminium is a modern building material, which more than any other material combines the variety of forms, long life time and design freedom. Due to these qualities aluminium is broadly applied to panelling of roofs. In connection with amorphous UNI-SOLAR silicon thin-layer modules, Aluform SOLAR profiles offer new opportunities for contemporary architecture and the efficient use of solar energy.
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very light, solid and stable, maintenance-free, durable, aesthetic, non-combustible, easy to process and easy to assemble.
Aluform standing seam profiles are prefabricated folding systems for the application in the roof area. Due to the elaborate and
Aluminium standing seam profiles possess exceptional advantages due to the approved profiling as well as the positive qualities of aluminium alloy AlMn1Mg0.5, since it is:
optimal joining technology, they can be quickly and easily installed. The Aluform standing seam profile 65/500 and 65/600 pro has been developed specially for the application in the photovoltaic systems integrated in the construction.
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PRODUCTS
ALU SOLAR amorphous solar thin-layer cells are flexible, lighter, more efficient and possess higher performance
Total thickness of the multi junction cell
Transparent contact layer Blue cell Green cell
The development of the new ALU SOLAR roof profiles is based on the innovative and flexible solar products of UNI-SOLAR , which ideally harmonise with the light and durable Aluform roof system ALUFALZ.
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Red cell Black reflective foil layer Flexible stainless steel supporting material
The exceptional Triple Junction Technology uses the blue, green and red parts of the sunlight in different layers of the solar cell. As a result a higher degree of efficiency
Relative intensity
Absorption of the light spectrum as an example of the Triple Junction Technology
