Focus Areas
Wind Data Modeling
Modeling the wind.
Wind Technology Innovation
Improving wind technology and its integration with existing electricity production.
Grid Impact Improvements
Addressing transmission grid impacts.
Transmission Impact Improvements
Addressing transmission impacts and economic issues associated with wind energy.
Mission & Objectives
In collaboration with the College of Engineering and Applied Science and the School of Energy Resources, the Wind Energy Research Center (WERC) focuses its research efforts on optimal conversion technologies and transmission grid impacts. Through theoretical, computational, and experimental processes, WERC concentrates on wind turbine performance and the modeling of the geophysical and turbulent wind flows on turbines.

Area of Expertise
Researchers and collaborators in WERC bring a wealth of knowledge and experiences stemming from diverse fields and backgrounds. These critical areas of expertise provide the foundation for relevant research today as well as critical relevance for future areas of exploration in wind energy.
HIGH PERFORMANCE COMPUTING (HPC)
- Computational Hydrodynamics
- Computational Fluid Dynamics
- Computational Structural Dynamics
- Atmospheric Simulations
- Turbulence Modeling
- Mult-physics Simulations in HPC Environments
- Computational Sciences
ECONOMICS
- Modeling
VALIDAITON AND VERIFICATION (V&V)
EXPERIMENTAL FLUID DYNAMICS (EFD)
- Instrumentation
- Experimental Campigns
TRANSMISSION
- Stability
- Modeling
UNCERTAINTY QUANTIFICATION (UQ)
POLICY
Resources

Learn more about the talented professionals leading cutting-edge research for Wyoming.

View our projects from our talented research team on relevant topics.

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Wyoming Opportunities
The Wind Energy Research Center has many ongoing projects in various stages of development. Focus areas include experimental aerodynamics, micro-scale modeling, high fidelity Computational Fluid Dynamics (CFD) modeling, and wind resource modeling.