Onshore and Offshore Wind
Discover our complete range of solutions for the design, optimization, operation, and analysis of onshore and offshore wind farms.
Our advanced software and services assess the wind farms’ potential, improve their performance, and maximize their production.
+20 years
of onshore and offshore wind expertise
+200 wind farms
for which we provide weather and power production forecasts
Leading software
solutions in resource and yield assessment.
Tailor-made
of all sizes, on all types of terrain, even complex ones.
Powerful and profitable wind farms
Our solutions for wind farm developers and operators cover the entire lifecycle of your projects, from finding the optimal wind site to analyzing operational wind farms.
Our expertise in wind engineering, climatology, computational fluid dynamics (CFD), and satellite technology enables us to develop highly accurate and reliable software and services.
Our comprehensive and rigorous approach maximizes the efficiency and profitability of wind projects, whether onshore or offshore.
Solutions for Developers
Solutions for Operators
Impact of climate change
on wind energy
Develop optimized wind farms
The creation of optimized wind farms from their conception is essential to fully harness the power of wind as a renewable energy source.
By selecting a site with high wind potential, ensuring the quality of the data used, and carefully planning the placement of wind turbines, it is possible to increase the efficiency of power production while reducing long-term costs. A well-thought-out design from the beginning of the project will ensure maximized production tailored to the implantation site characteristics.
Operate high performance wind farms
Monitoring the past, present, and future performance of wind farms is essential to maximize their production, optimize their profitability, and ensure their sustainability.
By forecasting future power production, it is possible to anticipate variations and optimally schedule maintenance. At the same time, real-time monitoring provides instant visibility into performance, enabling rapid intervention in the event of fluctuations and ensuring grid stability. Finally, historical performance analysis is essential for optimizing production, preventing failures, and managing profitability risks.
Estimate the impact on your wind farms
Climate change will undoubtedly have an impact on the wind resource. Some currently windy sites will experience decreased wind speeds in the future, while others will see a significant increase in their wind potential.
By assessing how climate change will affect the wind resource of an area or the annual energy production (AEP) of a wind farm, it is possible to reduce financial risks and optimize the return on investment of a new project or a repowering.
News
Poster: Estimating Annual Energy Production with the NWP-CFD Downscaling Method: An Analysis of 4 Italian Wind Farms
Wind resource assessment at early project stages relies heavily on mesoscale models like WRF, yet their resolution often falls short when complex terrain and forest cover come into play. This...
1 paper to discover: METEODYN at eSim 2026 in Canada
From June 17 to 19, METEODYN team will attend eSim 2026, the Building Performance Simulation Conference organized under the auspices of IBPSA-Canada, at the Université de Sherbrooke in Longueuil...
1 talk and 3 posters : METEODYN at WindEurope Technology Workshop 2026
From June 11 to 12, we will take part in the WindEurope Technology Workshop 2026 in Rotterdam, dedicated to Resource Assessment & Analysis of Operating Wind Farms. Through three posters and...
POSTER – Mesoscale-Microscale Coupling
Explore this poster detailing our mesoscale-microscale coupling approach to wind resource assessment, illustrated by a case study of a large coastal area in India.