6533b83afe1ef96bd12a790d
RESEARCH PRODUCT
Assessment of synthetic winds through spectral modeling and validation using FAST
Surya Teja KandukuriAbhijit ChouguleHans Georg Beyersubject
HistoryEngineeringMeteorologybusiness.industryTurbulenceTurbineSpectral lineSynthetic dataWind speedComputer Science ApplicationsEducationPhysics::Space PhysicsNeutral stabilityCoherence (signal processing)businessPhysics::Atmospheric and Oceanic PhysicsMarine engineeringdescription
In this paper, we analyse the simulated and measured wind data with respect to their spectral characteristics and their effect on wind turbine loads. The synthetic data is generated from a stochastic full-field turbulent wind simulator - TurbSim for neutral stability conditions. We first investigate a model for velocity spectra and, a coherence model, by comparing the model results with the measurements. In the second part we analyse the synthetic data via spectra and coherence for two cases; without and with adding coherent events. Finally, we compare wind turbine loads calculated by using FAST simulation of 5 MW reference wind turbine on the basis of simulated and measured data for the given mean wind speed.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2016-09-01 | Journal of Physics: Conference Series |