Meteodyn
3 services found

Meteodyn services

Mesoscale-Microscale Coupling - ACCURATE ASSESSMENT OF THE WIND RESOURCE ON LARGE SITES

Wind farms are getting larger, and consequently, their siting locations are getting more complicated. To assess and model the wind characteristics on these large sites, it becomes necessary to represent both the local characteristics and the general representation of the wind climate. The mesoscale is then required to consider regional effects. Meteodyn has developed its own mesoscale-microscale coupling method to overcome this problem. We couple the WRF mesoscale model to the CFD-RANS type Meteodyn WT microscale model for wind resource assessment. Download the brochure to learn more.

Climate Change Risk Management - Analysis of Climate Change impact on wind resource and energy production

Climate change will have an impact on the wind resource. Some sites that are currently windy will be wind-poor in the future, while others will see their wind potential significantly increase. The objective is to reduce the financial risk and increase the return on investment of wind farms for Developers and Asset Managers. This tailored service, based on the RCP (Representative Concentration Pathway) climate projections, and applied to wind power is a strategic decision-making tool for any bank investor or asset manager: - Reduce the risks of wind farms lifecycles due to climate change, - Identify the best locations for new asset investments, - Estimate the potential of a wind farm repowering.

SARWind - Offshore Wind Resource Assessment

Offshore atlas and EAP at surface or in altitude with possibility to integrate local measurement from the DeepC lidar buoy. • High-definition offshore wind atlas to de-risk projects in the early phase. • 1 km wind atlas grid all over the site. • Optimized lidar positioning for measurement campaigns. • Cost and time reduction of measurement campaigns.