Annual energy production (AEP) computation
We accurately compute the energy density and annual energy production of wind farms. We reliably assess the amount of power generated by wind turbines over a given period of time, providing essential information for energy planning and ensuring the profitability of your investments.
Our state-of-the-art technologies, such as Computational Fluid Dynamics (CFD), ensure highly accurate results at the wind turbine hub height.
Estimate your wind farm yield
Accurately assess your wind farm yield with our dedicated Annual Energy Production (AEP) computation services for onshore, offshore, and even urban wind farms.
Our advanced computations account for all factors critical to an accurate assessment, such as atmospheric stability and wake effects. Our analysis goes beyond the micro-scale to include mesoscale data, providing a comprehensive overview of environmental conditions.
In accordance with the IEC 61400 standard, our computations comply with high quality standards and ensure that wind farm operators have a reliable assessment of the potential energy yield of their installations.
AEP computation of onshore wind farms
AEP computation of offshore wind farms
AEP computation of small urban wind turbines
News
WindEurope Technology Workshop : 3 posters and a conference session
Meteodyn will actively participate in the WindEurope Technology Workshop 2024, with 3 poster presentations and one conference session.This year's WindEurope Technology Workshop will be held on June...
Webinar: How to accurately perform wind resource assessment in forested areas?
This webinar with EDF Renouvelables introduces our methodology to improve the simulation accuracy in forested areas, and the main results of the joint project conducted, leading to mean wind speed errors reduction up to 4.4 %.
White paper: Atmospheric boundary layer modelling
From the general characteristics of the atmospheric boundary layer to the impact of thermal effects and stability on turbulence, passing through the Monin-Obukhov’s similarity theory, this white paper covers all the knowledge needed for the atmospheric boundary layer modeling.
Working at Meteodyn
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