COMPACTFLAT S

The bracket-based flat roof system

year product warranty
Wind tunnel tested
CE marked

RELIABLE. SIMPLE. UNIQUE.

With the COMPACTFLAT S system, we revolutionized the world of PV substructures. We challenged the standard rail substructures on the market and designed substructures based on aluminum brackets, making a name for ourselves worldwide.

The low weight and compactness of the brackets make them easy to store and transport. The aerodynamic design has excellent structural properties and requires significantly less ballasts than other systems on the market. Due to the small contact surface of the brackets an ideal water drainage is achieved.

Short assembly times
Low transport costs
Few components
Maximum safety due to extensive wind tunnel tests
Incl. pre-assembled PES protection pad

S Brackets and connectors South

S BRACKETS AND Connectors East/WEst

CLE10PLUS/CLM10 module clamps

The PV modules are held in place using the universal click clamp with integrated grounding pins. The multi-system clamp is height-adjustable between 30 - 46 mm and can be conveniently clicked into place. The end clamp has a length of 80 mm. The clamps are also available in black.

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Ballast trays

Our ballast trays are mainly used in areas with high wind loads and roof constructions with low point loads. The main advantages of this mounting variant is that more ballasts can be installed per PV module and the even distribution of the point load on the roof structure. The ballast tray can also be used for ballasting on gravel roofs.

Alpine brackets

For a certain snow load, which is calculated project-related by our proprietary design software AEROTOOL, our additional alpine brackets are used. The brackets reinforce the module on the long side by means of an additional clamping point. Overlong modules can be protected from bending by clamping on the long side, regardless of snow loads.

Roof anchor

AEROCOMPACT offers a sophisticated hybrid solution for roofs that cannot withstand the extra weight of a photovoltaic system. The combination of roof attachment points and ballast reduces the overall weight of the installation. This option can also be used in areas with seismic activity to prevent the system from shifting due to the effect of earthquakes.

Protection pads

To prevent damage to the roof cladding, additional protection pads can be placed under the ballast bodies and the stirrups. The protection pad is made of needle felt.

AEROCOMPACT Bautenschutzmatten ohne Klebestreifen

Wind deflector

The system component is used to reduce the wind load. Depending on the system, the wind deflector can be fastened with just one screw and is available in various lengths.

Ballast blocks can be placed on the brackets without any fasteners. With our proprietary design and engineering software AEROTOOL it is possible to calculate exactly how much weight has to be placed on each bracket.

Our ballast trays are mainly used in areas with high wind loads and for roof structures that can only support low point loads. The main advantages of this mounting variant is that more ballast can be installed per PV module and the even distribution of the point load on the roof structure. The ballast tray can also be used for ballasting with gravel on gravel roofs.

AEROCOMPACT offers a sophisticated hybrid solution for roofs that cannot withstand the extra weight of a photovoltaic system. The combination of roof mounting points and ballast reduces the overall weight of the installation. This option can also be used in areas with seismic activity to prevent the system from shifting due to the effect of earthquakes.