Validation of a quasi-steady wind farm flow model in the context of distributed control of the wind farm A.J. Brand J.W. Wagenaar Presented at: Torque 2010, 28-30 June 2010, Crete, Greece ECN-M--10-058 JULY 2010 2 ECN-M-10-058 Validation of a quasi-steady wind farm flow model in the context of distributed control of the wind farm A J Brand J W Wagenaar ECN Wind Energy ECN Wind Energy P.O. Box 1, NL 1755 ZG Petten, P.O. Box 1, NL 1755 ZG Petten, Netherlands Netherlands
[email protected] [email protected] wind farm flow model, and presents load Abstract quantifiers calculated by the model. First, the research objectives of the FP7 project This work presents validation of an Aeolus are described (section 2) and the intermediate version of a quasi-steady quasi-steady wind farm flow model is wind farm flow model which will be part of introduced (section 3). Next, a comparison distributed control of a wind farm. In is presented between model output for and addition power and three load quantifiers measured data from the ECN Wind turbine as calculated by the model are Test site Wieringermeer EWTW (section demonstrated. It is concluded that 4). In addition power and three short-term differences between measurement and load quantifiers as calculated for the prediction are smaller than 2 m/s (wind considered cases are presented (section speed) and 200 kW (power), measured 5). Finally, a summary of the work and an minimum in wind speed and aerodynamic outlook to future work are given (section power at second or third turbine is not 6).