Customer service: +49 (0) 5554 204-919

Technical data

System angle

0° to 30° depending on requirements,
can be mounted in south and east/west orientation

Module
configuration

Max. 4 vertical / 8 horizontal (typical: 3 vertical/6 horizontal)

Module types

Compatible with all standard PV modules

Table length

Any – The equalisation of thermal longitudinal expansion of the
module supports enables an endless structure

Foundation

Driven post profiles without additional foundations
(The required ramming depth depends on the subsoil)

Post spacing

Depending on the system configuration (number and alignment of modules, system angle, snow and wind loads)

Materials

Profile system made of S350GD/S550GD – ZM310 or comparable, Stainless steel connecting elements, Ramming posts available as ZM: 310/430/620/800, hot dip galvanized

Statics

For quotations: Preliminary structural analysis to determine
material requirements
For contracts: Structural analysis to verify stability

Area of application,
prerequisites

Pile-driven and load-bearing substrate
The system is suitable for wind and snow load zones 1-4

Optional accessories

Inclination levelling piece: For mounting the module supports on
up to 15° slope in the transverse direction of the table
Additional posts / profiles for mounting e.g.
inverters or profile variants with special perforations

Tested

DIN EN 1090, DIN EN ISO 9001, CE-compliant profiles

Brochure
Certificate EN 1090

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Energy transition2

We play a double role

Left: Marcus Wöhl, CEO
thyssenkrupp Materials Processing Europe

The energy transition requires innovative approaches and alternative energy sources. The integration of CO2-reduced steel in solar plant mounting systems is a big step in the right direction. We are proud to work with KÖNIG in making this ground-breaking change and to play a part in reducing CO2 emissions.”

Right: Meiko Fiedler
Managing Director KÖNIG Profilsysteme

“The use of CO2-reduced steel enables us to offer our customers environmentally friendly special profiles that meet the highest quality standards. Our sturdy, durable solar mounting systems support our customers in achieving their sustainable goals while helping to reduce their ecological footprint.”

As a renowned manufacturer of solar installation systems, we are committed to creating a future that is eco-friendly. Thanks to our pioneering collaboration with thyssenkrupp Materials Processing Europe, ever since May 2023 we have been able to use CO2-reduced steel in our products. This innovative approach helps to significantly reduce CO2 emissions in solar mounting systems and to shorten the energy payback time of solar installations.

Photovoltaic systems are considered a key technology for the sustainable generation of electricity from solar energy. However, in order to further minimise the ecological footprint of these systems, we have opted to integrate CO2-reduced steel from thyssenkrupp Materials Processing Europe. This step has resulted in an impressive CO2 reduction of more than 60 %
in our mounting systems for solar parks.

The certified Product Carbon Footprint calculator from thyssenkrupp Materials Services plays a key role in this project. This calculator makes it possible to calculate the exact CO2 emissions of every product supplied in a transparent manner, from manufacture through to delivery. This transparency across the entire supply chain enables us to design our added-value processes in a sustainable way.

The starting material used, bluemint® recycled from thyssenkrupp Steel Europe, boasts a remarkable 64% reduction in CO2. This steel is based on high-quality scrap recycling and contributes significantly to the BEYOND sustainability strategy of thyssenkrupp Materials Services.

About thyssenkrupp Materials Processing Europe: thyssenkrupp Materials Processing Europe is a leading steel and aluminium service centre with eleven sites in six countries. The company offers us tailor-made services and digital solutions for flat steel and non-ferrous metals for various industrial sectors.