Model and optimize
Every project is unique. Our industry experts can assist you in each of your business areas to meet your specific needs.
We digitally model wind flows, solar irradiance, and meteorological variables, then analyze the resulting data to optimize your energy and architectural projects.
From Computational Fluid Dynamics (CFD) modeling to meso-micro-scale coupling, our cutting-edge technologies and expertise ensure high accuracy, speed, and refinement, regardless of your project’s complexity (topography, location, dimensions).
High precision computations
On any type of terrain and structure, from neighborhood scale to regional or national scale, our expertise ensures highly detailed computations.
Using CFD technology and meso-micro-scale coupling, we can accurately simulate the interaction of wind or solar radiation with terrain topography and other meteorological parameters, providing a deep understanding of environmental conditions.
For example, we deliver wind atlases and other wind maps, analyze urban comfort, assess the power line temperature, optimize power plant layout, and compute the annual energy production of onshore, offshore, and urban wind farms.
Wind modeling
Annual energy production (AEP) computation
Power plant layout optimization
Solar irradiance modeling
Power line temperature assessment
News
Webinar: How to assess pedestrian wind comfort?
From comfort criteria and guidelines to the master plan’s influence on comfort mappings, this webinar covers every step of the pedestrian wind comfort modelling and analysis.
Conference: Improve wind farms performance
Planning to attend All-Energy 2024 in Glasgow? Don’t miss out on the chance to participate in our exclusive technical conferences—free of charge, but seats are limited! These sessions will take place in a private meeting room at the SEC Glasgow during the event.
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 %.
Working at Meteodyn
Explore new career opportunities by reviewing our job openings.