SISO complete systems for your successful solar mission

Free choice of modules during construction and adaptable for later replacements. The modules can be either placed on top or inserted.

Aluminium substructure with chip-free screwed technology - quick assembly, no special tools required.

Single-layer and double-layer cross-laminated timbers compensate for unevenness in the roof. The high-performance static connections protect the modules from vibrations and snow loads.

The mounting system can be installed either recessed or surface-mounted in black. A cover rail connects the module frames securely and uniformly. Up to 12 building construction types can be created using just two rail types

Thanks to the high-performance screw from SISO, the assembly quality and consistency are always at the highest level.

Free choice of modules during construction and adaptable for later replacements. The modules can be either placed on top or inserted.

Aluminium substructure with chip-free screwed technology - quick assembly, no special tools required.

Thanks to the high-performance screw from SISO, the assembly quality and consistency are always at the highest level.

The high pull-out values ​​of the module clamp ensure a long-term, storm-proof connection between the frame and the roof sheet.

Single-layer and double-layer cross-laminated timbers compensate for unevenness in the facade. The high-performance static connections protect the modules from vibrations and snow loads.

Aluminium substructure with chip-free screwed technology - quick assembly, no special tools required.

The mounting system can be installed either recessed or surface-mounted in black. A cover rail connects the module frames securely and uniformly. Up to 12 building construction types can be mounted using just two rail types.

Free choice of modules during construction and adaptation during later replacement. Posts can be moved in height and grid dimensions.

The high pull-out values ​​of the module clamp ensure a long-term, storm-proof connection between the frame and the roof sheet.

Free choice of modules during construction and adaptable for later replacements. Module holders can be adjusted in height and grid spacing.

Aluminium substructure with chip-free screwed technology - quick assembly, no special tools required.

The EAST/WEST orientation of the modules allows for maximum area harvesting.

Thanks to the floor reinforcement rail, the system requires little additional load and is galvanically connected.

The Aloha 15 K can be installed on circular, metal, or roofing membranes. Optionally with ballast or a gravel weighting tray.

Free choice of modules during construction and adaptable for later replacements. Module holders can be adjusted in height and grid spacing.

Aluminium substructure with chip-free screwed technology - quick assembly, no special tools required.

The module brackets can be delivered prefabricated. This allows for the complete roof-mounted installation of an apartment building in a single day. Retrofitting is also easily possible.

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Free choice of modules during construction and adaptation during later replacement. Posts can be moved in height and grid dimensions.

Aluminium substructure with chip-free screwed technology - quick assembly, no special tools required.

The system seamlessly combines greening and photovoltaics - for maximum energy yield, better module cooling and a sustainable roof concept.

It combines photovoltaics with roof greening, with the substrate also serving as ballast - all without penetrating the roof waterproofing.

When using bifacial glass/glass modules, the maximum yield from the backside can be harvested.

Offers comprehensive collective protection for greater security.

Free choice of modules during construction and adaptation during later replacement. Posts can be moved in height and grid dimensions.

The use of the solar attic space at the edges allows for greater use of the area for energy and biodiversity.

Reduces the need for individual fall protection devices.

The solar parapet corresponds to the angle for technical structures and serves to guide the lines and provide privacy for technical structures.

Free choice of modules during construction and adaptable for later replacements. The insert rails can be adjusted in height and grid dimension.

Specifically designed for high wind and snow loads.

The solar fir tree produces energy where normal systems are covered by snow, and its shape prevents the grid-burdening maximum yields at midday.

Aesthetically pleasing and functional at the same time.

Usable in various geographical and infrastructural areas.

The cable routing is integrated into the design of the SISO 90° vertical and protects cables and connectors from UV radiation, weather and maintenance.

The 75° tilting serves to produce energy in winter and diversifies the solar orientation in plant parks in the Midlands.

When using bifacial glass/glass modules, the maximum yield from the backside can be harvested.

Free choice of modules during construction and adaptation during later replacement. Posts can be moved in height and grid dimensions.

The 75° design is suitable for solar panels that are exposed to increased environmental pollution.

Free choice of modules during construction and adaptation during later replacement. Posts can be moved in height and grid dimensions.

No shading on the ground; illuminating the soil surface prevents moisture accumulation and deprives tall plants of their nutrients. In combination with the solar fir and 45-degree wing, various habitat niches can be created on the green roof.

Thanks to the ground clearance and integrated cable routing, maintenance work can be automated without worry.

The cable routing is integrated into the design of the SISO Vertical 90° and protects cables and connectors from UV radiation, weather and maintenance.

When using bifacial glass/glass modules, the maximum yield from the backside can be harvested.