Wind modeling
Our cutting-edge technologies, such as Computational Fluid Dynamics (CFD) and meso-micro-scale coupling, provide a sophisticated numerical approach to simulating wind behavior at multiple scales, enabling detailed analysis of complex airflows.
Accurate computation of wind characteristics
Our numerical approach allows us to model the complex behavior of the wind in detail, enabling us to accurately compute its characteristics. The local topography, with its elevations and contours, has a significant influence on air flows. Our numerical models fully incorporate this data and also account for the presence of obstacles such as vegetation, buildings, or complex structures.
News
Meteodyn at WindEurope 2025 : Innovating for Wind Energy
From April 8 to 10, 2025, a massive event in the wind industry, WindEurope 2025, will take place in Copenhagen, the iconic city of wind. This major event gathers thousands of professionals, decision-makers, and experts from all over Europe to explore the innovations...
Meteodyn at Key Expo in Rimini
Meteodyn at KEY Expo 2025: Explore our software solutions for wind modeling: wind energy, urban environments, and secure infrastructures. Understanding and mastering atmospheric phenomena are essential to addressing the challenges of the energy transition and...
Meteodyn at Winterwind 2025
From February 3 to 5, 2025, we will have the pleasure of attending Winterwind 2025 in Skellefteå, a key event for wind energy in cold climates.Winterwind: A key event to tackle the challenges of cold climates Cold climates present unique challenges for wind turbine...