Öffentlich zugängliche Windklima-Daten sind zu pauschal, um für einzelne Standorte sichere und gleichzeitig sparsame Auslegungen zu erstellen. Deshalb unterstützen wir unsere Kunden aus der Bauplanung in der Interpretation der realen Winddaten eines Standorts und helfen so, Planungs- und Materialaufwand zu reduzieren.

Auf Basis von Daten des Deutschen Wetterdienstes können wir oft schon eine 10-30%ige Abminderung des Spitzengeschwindigkeitsdrucks (Bemessungsdruck) qp nach DIN EN 1991-1-4/NA:2010-12 begründen.

The bending and torsional moments of large buildings caused by wind loads must be adequately absorbed by supporting structures and foundations. For our construction planning clients, we determine the wind-induced load fields, both static and oscillating.

In particular, the spatial and temporal correlation of the wind effect is taken into account, which allows the safety factors to be minimized compared to the standard design and thus enables material and cost savings.

There are localized peak suction effects on roofs and windproof façades. We support our construction planning clients in calculating these reliably. The data obtained can be used, for example, in the form of "load maps" as a basis for tenders and static verifications.

Building attachments such as balconies, sun blinds, protruding slats, signs or roof structures interact with the surrounding winds. We also calculate wind loads for such matters - the specific issue is decisive for the client's benefit.

Wind loads on PV systems are usually determined for manufacturers as part of type testing. In exceptional cases, however, we can also help with specific project issues, e.g. if higher parts of a building change the wind field on a roof with a PV installation or if unexplained wind damage has occurred.