WIND ENERGY

 Presentation

Predicting wind power resources and wind characteritics of a site is the first step for any wind power project.
When the site becomes complex (topography, thermal effects, buildings...), working with advanced numerical solutions allow to decrease the imprecisions and optimize development costs.
Meteodyn makes its knowledge available to the wind power industry by developing innovative wind calculation, simulation, turbulence and statistical analysis programs which can efficiently and accuratly process all the problems connected to on-site climatology.

YOU ARE ...

A turbine manufacturer, a wind farm developer, an investor, a consultant, working for a utility company involved in a wind-power project ...

Meteodyn provides you with the best information to make the right decisions:

 Obtain all wind characteristics for the evaluation of mechanical constraints

 Increase the production of your wind farm thanks to a better evaluation of the resources

 Optimize the installation of the measuring mast for a quality "wind" database.

 Solutions

Meteodyn has developed automtatic CFD software to model the wind in complex terrain and urban area.

- More information on meteodyn WT

- More information on UrbaWind

 

Expertise and consulting services - Case studies

Wind Atlas

Meteodyn can combine its micro-sitting software meteodyn WT with meso-scale models to make wind atlas and compute wind speeds, trubulence intensities and energy densities in large maps.

 

Wind resource assessment in complex terrain

Meteodyn performs energy yield assessments for projects in challenging conditions such as complex terrain or forested areas thanks its experience in wind modeling with the CFD code Meteodyn WT. An enhanced MCP method can be used for long-term correlation.

 

Wind resource assessment in built environment

Meteodyn performs wind analysis around buildings with the CFD code UrbaWind.

 References

Wind resource assessment on various sites :

In France: Ademe PACA, Aerowatt, EDF EN, Enel Erelis, Eoltech, Française d’Eoliennes, La Compagnie du Vent, Maia Eolis, Valorem, Winergy...
In Europe: 3E, Acciona Energia, Barlovento RN, Dong Energy, Enel Italy, Enercon, Energi E2 E-ON, Fundacion Circe, Gamesa Eolica, Gamesa Energia, Garrad Hassan & Partners, Iberdrola Ingeneria, Lahmeyer International, Leitner, Megajoule, Neo Energia, Sgurr Energy, University of Nottingham, Viento y Energia, Wind & Regen, Windprospect...
In North America: AWS Truewind, Centre Corus, EnXco, First Wind, Garrad hassan North America, Genivar, Helimax Energy, Ortech Power, RES Americas, Seabreeze Power Corp, Suez renewable Energy North America, Windlogics...
In Asia – Oceania: Beijing Guodian, CGN Wind Power, China Hua Dian, China Fulin, Heilongjiang Forest Design Institute, Inner Mongolia Power Exploration, Kier, Meridian Energy, Shan Dong Industrial Design Institute, Thaksin University in Thailand, Wind Farm Developments, Xinjiang Wind Power...

Wind Atlas in Haïti (Winergy), PACA Region - France, Rhône-Alpes Region - France

URBAN DESIGN

WIND ENERGY

TRANSPORTATION

 

Forum

Customers Area

Login :

Password :

Ok