Pre-assembly: The pre-assembled inner and end clamps with legs reduce the number of individual components, saving storage space and handling costs.
Click-in technology: Easy installation and assembly of the main rail without tools, thanks to an innovative patented click-in design.
Roof-friendly: Equipped with a rubber pad to protect the building and provide optimal support, Ascent 1.1 achieves exceptional adaptability on flat membrane, bitumen, and concrete roofs.
As one of the fastest ground-mounted systems to build in the industry, with the ability to load up to 700 kWp in a single truck, COMPACTGROUND G not only offers the best installation time and transportation cost savings but also a significant price advantage.
These distinctive product features make the system particularly suitable for temporary project installations and small systems starting from 2 kWp.
COMPACTMETAL TS means maximum simplified photovoltaic installation on trapezoidal sheet metal roofs.
The short rails, 80 mm or 150 mm in length, are screwed onto the high seam of the trapezoidal sheet without cutting or pre-drilling. The Click module clamps are mounted directly onto the short rail.
The patented COMPACTMETAL TR system is a self-supporting long-rail PV mounting structure for parallel roof installation of photovoltaic modules on sandwich panel roofs.
The innovative fastening concept for safely applying force to the supporting structure is recommended by well-known sandwich panel manufacturers.
The protected static algorithm in AEROTOOL prevents overloading of the sandwich roof—even under the heaviest snow loads.
COMPACTMETAL TL means simple and flexible PV installation on trapezoidal sheet metal roofs.
The trapezoidal bridges, 250 mm or 380 mm in length, are screwed onto two high seams of the trapezoidal sheet without cutting or pre-drilling. The Click module clamps are mounted directly onto the trapezoidal sheet bridge.
COMPACTPITCH XW is a rail system for mounting photovoltaic modules on corrugated sheet metal roofs, trapezoidal sheet metal, or sandwich panels, as well as on corrugated fiber cement panels. It impresses with its coherent design concept.
Many existing systems on the market have significant weaknesses in terms of stability. We have found a solution to this problem.
The rail sits on a stable hanger bolt, which provides a strong connection to the roof. The central structural element is the aluminum mounting rail, which offers higher static load-bearing capacity due to its distinctive triangular shape.
