Moriarty, Patrick13; Rodrigo, Javier Sanz5; Gancarski, Pawel5; Chuchfield, Matthew5; Naughton, Jonathan W.14; Hansen, Kurt Schaldemose1; Machefaux, Ewan7; Maguire, Eoghan8; Castellani, Francesco15; Terzi, Ludovico10; Breton, Simon-Philippe11; Ueda, Yuko12
1 Department of Wind Energy, Technical University of Denmark2 Fluid Mechanics, Department of Wind Energy, Technical University of Denmark3 Aeroelastic Design, Department of Wind Energy, Technical University of Denmark4 National Renewable Energy Laboratory5 Centro Nacional de Energías Renovables6 University of Wyoming7 Risø National Laboratory for Sustainable Energy, Technical University of Denmark8 Vattenfall AB9 University of Perugia10 Sorgenia Green11 Uppsala University12 Wind Energy Institute of Tokyo13 National Renewable Energy Laboratory14 University of Wyoming15 University of Perugia
Researchers within the International Energy Agency (IEA) Task 31: Wakebench have created a framework for the evaluation of wind farm flow models operating at the microscale level. The framework consists of a model evaluation protocol integrated with a web-based portal for model benchmarking (www.windbench.net). This paper provides an overview of the building-block validation approach applied to wind farm wake models, including best practices for the benchmarking and data processing procedures for validation datasets from wind farm SCADA and meteorological databases. A hierarchy of test cases has been proposed for wake model evaluation, from similarity theory of the axisymmetric wake and idealized infinite wind farm, to single-wake wind tunnel (UMN-EPFL) and field experiments (Sexbierum), to wind farm arrays in offshore (Horns Rev, Lillgrund) and complex terrain conditions (San Gregorio). A summary of results from the axisymmetric wake, Sexbierum, Horns Rev and Lillgrund benchmarks are used to discuss the state-of-the-art of wake model validation and highlight the most relevant issues for future development.
Journal of Physics: Conference Series (online), 2014, Vol 524, Issue 1
Main Research Area:
5th International Conference on The Science of Making Torque from Wind 2014European Academy of Wind Energy : The Science of Making Torque from Wind