WIND ENERGY

Presentation

The first step for any wind power project is predicting wind power resources and determining wind characteristics of a site.
Site complexities, such as topography, thermal effects, structures, etc..., can be accurately and precisely optimized and costs minimized with advanced numerical solutions.
Meteodyn makes its knowledge available to the wind power industry by developing innovative wind calculations, simulations, turbulence and statistical analysis programs which can efficiently and accurately process all the problems connected to on-site climatology.

Read our documentation.

YOU ARE...

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

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

All wind characteristics for the evaluation of mechanical constraints

Evaluation of resources to increase the production of your wind farm

Optimization of the installation of the measuring mast for a quality "wind" database

Optimization of small wind machine location in urban areas for a better production

Short-term wind production forecasting system

Software Solutions

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

Meteodyn WT software for complex terrain

- More information on meteodyn WT

Meteodyn Forecast software for wind forecast

- More information on meteodyn Forecast

UrbaWind software - Energy module for built environment

- 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, turbulence 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 via 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 in UrbaWind.

Wind modling around a building - UrbaWind

References

Software :

Meteodyn WT's customers

Wind resource assessment on various sites, wind mapping and wind forecasting:

ADEME PACA (FR): Wind resource mapping of the PACA Region in France
ADEME Rhône-Alpes (FR): Wind resource mapping of the Rhônes-Alpes Region in France

Angel Winds (US): Wind resource assessment

AWS Truewind (US): meso/micro integration

Winergy (FR): Study of the wind farm of Grand-Maison in France

Enel Erelis (FR): Study of the winfd farm of St Cirgues in France

Guohua Energy (CN): Study of the wind farm of Chi Cheng in China

Joyful Melody Wind Energy Company (CN): Wind resource and forecasting of ChengHuang and HuaNan wind farms in China

Leitner (IT): Study of the wind farms of Resia and Cervarola in Italy

Maïa Eolis(FR): Wind forecasting studies

NPower (UK): Study of the wind farms of Cloacaenog and An Suidhe in Scotland

Ortech Power (CA): Study of the wind farm of Rimouski and EarlTown in Canada

Theodorou (GR): Study of the wind farm of Ikaria in Greece

Ventura (FR): Study of the wind farm of Ste-Affrique in France