Understanding meteorological phenomena affecting wind energy
In the Wind Resource Assessment and Meteorology Section, we research meteorological phenomena affecting wind energy, from turbine site to system level, across terrain and ocean. Multi-scale modeling is our primary approach, validated against measurements, and we disseminate our methods through publications, software, datasets, and services.
Our expertise includes mesoscale and microscale meteorological modeling and analysis, turbulence analysis, characterization and modeling, extreme wind and turbulence assessments, software development for model workflows, and evaluation and validation of site-specific wind conditions, including measurements.
We develop spatial mapping for wind climate estimation and turbine design parameters. We conduct research on air-sea interactions and wind-wave coupling, studying how wind, waves, and wind farms interact. Additionally, we assess uncertainties and investigate the effects of climate change on wind energy resources, including variability and extreme conditions.
Our work is widely used in the wind energy sector to improve turbine design, optimize wind farm operations, and support location selection and wind resource estimation. By assessing atmospheric impacts on energy production, we help developers, operators, and stakeholders make informed decisions, increasing energy output and maximizing efficiency. Our research outputs are integrated into industry-standard tools such as WAsP software (www.wasp.dk) and the Global Wind Atlas (www.globalwindatlas.info), ensuring accessibility and practical application.