Poster: Influence of Atmospheric Thermal Stability in Wind Resource Assessment for Complex Site with Prevailing Unstable Conditions and Atypical Wind Profiles

Feb 19, 2026 | Case studies, Onshore and Offshore Wind, Resources, Scientific papers

Carried out in collaboration with EDF Power Solutions and presented at the french Wind Energy Scientific Days (Journées Scientifiques de l’Éolien) in February 2026, this work demonstrates that, in order to accurately assess a site’s wind resources, it is...

Journées Scientifiques de l’Éolien (Wind Energy Scientific Days)

Jan 22, 2026 | News, Climate change, Climate change, Onshore and Offshore Wind, News, Onshore and Offshore Wind, Scientific papers, Scientific papers

METEODYN will be pleased to take part in the Journées Scientifiques de l’Éolien 2026. The event will take place in Marseille, at the École Centrale Méditerranée campus, on February 5–6.   This event will bring together the scientific and industrial communities to...

Poster: Influence of atmospheric stability determination methods on wind resource assessment and negative wind shear simulation

Jan 13, 2026 | Case studies, Onshore and Offshore Wind, Resources, Scientific papers

Carried out in collaboration with EDF Renouvelables (now EDF Power Solutions) and presented at the WindEurope Technology Workshop in June 2025, this poster demonstrates once again that thermal stability consideration is essential for accurate Wind Resource Assessment,...

Meteodyn EC1 : Calcul automatique pour le dimensionnement au vent selon l’Eurocode 1

Jan 21, 2025 | Buildings and Infrastructure, Resources, Scientific papers

La conception des structures et bâtiments doit tenir compte des conditions de vents extrêmes. Le dimensionnement au vent des constructions est régi par l’Eurocode 1 (1) : « Actions sur les structures » et plus particulièrement la section « Actions du vent ».Il est...

Poster: Wind modeling through meso-micro coupling method with thermal stability effects

Oct 14, 2024 | Case studies, Onshore and Offshore Wind, Resources, Scientific papers

In coastal areas, where wind conditions are strongly influenced by local topography and thermal stability, accurate modelling is crucial for the efficiency of wind farms. This study applies the Meso-Micro Coupling (MMC) method to a coastal wind farm and compares it...

Poster: Improving Wind Resource Modelling in Coastal Areas through Advanced CFD methods with integration of Mesoscale Data

Sep 16, 2024 | Case studies, Onshore and Offshore Wind, Resources, Scientific papers

Les zones côtières, bien qu’idéales pour les parcs éoliens, ont des effets climatiques régionaux qui peuvent affecter de manière significative l’évaluation de la ressource en vent (WRA). Il est donc essentiel de choisir la bonne méthodologie...