NEWS

 

 

PV mounting structure for open-field installations without driven piles:

COMPACTGROUND GS10 PLUS or GS15 with ground anchors, ballast, or both. For an open-field photovoltaic system, the soil determines the foundation, not the module.

NEW AEROTOOL LOGIN: FASTER REGISTRATION FOR PV PLANNING

The new login and registration process in AEROTOOL makes it much easier to get started with digital photovoltaic planning. The administrative effort is reduced and access to the planning of PV systems is accelerated. For installers, EPCs and wholesalers, this means fewer hurdles and more speed in project processing.

EXTENDED INSTALLATION DOCUMENTS AVAILABLE IN AEROTOOL

The extended installation documents (EID) are now available for all COMPACTFLAT systems in AEROTOOL.

PV substructure for the facade:

The right mounting system for concrete, trapezoidal, and sandwich facades

PV mounting system for metal roofs

Mounting systems for trapezoidal sheet metal, standing seam, and sandwich panel roofs. Whether bolted, clamped, or supported: The profile of the sheet metal determines how a photovoltaic system is secured to a metal roof.

Focus on winter loads: Safe PV systems in snow, wind and cold

Combined winter loads place special demands on PV substructures. The decisive factors are not only the structural design and choice of system, but above all the material behavior at low temperatures and high snow and wind loads.

Less is often more: Why the right system decision should not be made alone

Well-considered system decisions and a strong service partner create planning security, reduce complexity and ensure smooth PV projects.

WHERE PV PROJECTS LOSE TIME TODAY - AND HOW THIS CAN BE AVOIDED

Why planning, system logic and the right partner are decisive for efficiency, safety and smooth processes today.

CONVERSION OF THE AEROCOMPACT SHOW ROOF IN SATTEINS - PRACTICAL EXPERIENCE OF FLAT ROOF PV MOUNTING SYSTEMS

In recent weeks, the AEROCOMPACT show roof at the Satteins site has been extensively renovated and expanded. The aim of the conversion was to create an even more practical environment in which flat roof PV installation systems can be realistically installed, explained and directly compared.