Abstract
In this work, aero-elastic solver predictions with HAWC2 are compared with measured data from a VESTAS V52 wind turbine situated at DTU campus Risø. Nearly one year of several measured wind conditions were considered for selection of loads and performance simulations. A new methodology for adjusting strain gauge (SG) calibrations originally from blade pull testing over time is presented. As a result, we show and discuss the different predictions on power performance and compare results with measured blade loads, under the condition of adjusting blade SG pull test calibration for temperature and time degradation effects.
Highlights
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Summary
View the article online for updates and enhancements. - Comparison of Aero-Elastic Simulations and Measurements Performed on NENUPHAR’s 600kW Vertical Axis Wind Turbine: Impact of the Aerodynamic Modelling Methods F. View the article online for updates and enhancements. - Comparison of Aero-Elastic Simulations and Measurements Performed on NENUPHAR’s 600kW Vertical Axis Wind Turbine: Impact of the Aerodynamic Modelling Methods F. - Investigation of the complete power conversion chain for small vertical- and horizontal-axis wind turbines in turbulent winds M Duponcheel, C Leroi, S Zeoli et al. - Analysis of winglets and sweep on wind turbine blades using a lifting line vortex particle method in complex inflow conditions Matias Sessarego, Néstor Ramos-García and Wen Zhong Shen
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