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Multimast tool in Meteodyn WT

Meteodyn WT - The multi-mast tool

The multi-mast tool is available in the synthesis section of the Meteodyn WT Software. It enables the use of several measurement masts and/or several LiDARS as input to the synthesis. The objective of the Synthesis is to automatically calculate the output of wind turbines as well as all wind characteristics for a site from the following: - The results of directional CFD calculations carried out previously. - The power and thrust curves of each wind turbine. - The meteorological data. The...

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IEA Task 31 graph

Meteodyn to participate to Wakebench, Task 31 – IEA Wind TCP

Meteodyn will participate on June 17, 2020 to the IEA Task 31 Online meeting in order to close this task and start discussing a new one for the Wakebench community. Started in June 2018, Wakebench is a research Task for the International Energy Agency Wind Technology Collaboration Programme (IEA Wind TCP). Its aim is to create a forum for experts in wind farm flow modeling to set up a framework for verification, validation and uncertainty quantification.

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Wind engineer

WindEurope Technology Workshop – Resource Assessment & Analysis of Operating Wind Farms

Would you like to learn about the latest research advances that improve wind resource assessment and the analysis of operating wind farms? Join us at WindEurope Technology Workshop online event from June 8 to 11! Two of Meteodyn's researchers will be there to share their experience, present their latest insights and answer all of your questions on these two important topics. Learn more about it below.

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Speed computation

How to speed up your CFD calculations in Meteodyn WT?

At Meteodyn, we are aware that time is a very important variable in the life of a design office specialized in wind energy. The objective is to be able to carry out wind and production studies with controlled uncertainties and in ever shorter time, despite the increase of complex sites. However, CFD requires a lot of computing time. It necessitates the resolution of sophisticated mathematical models to effectively study wind behaviour in complex topography. Since more than 15 years,...

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