歐洲風(fēng)能技術(shù)論文68_hardware-in-the-loop_development_and_testing_of_new-預(yù)覽頁(yè)
【正文】 sation tool for motion and load situation of simulated wind turbine VRML based Visualisation coupled to realtime simulation via TCP/IP based munication channel Visualisation with VRML RealTime Simulation: Visualisation EWEC 2022, Athens Martin Geyler 17 First Results (1) Algorithm for yaw and tilt moment pensation implemented and tested simulated reduction in 1p ponent of flapwise blade root bending moment (simulated) 1p ponent in flapwise blade root bending moments is almost cancelled, pitch drive rating seems sufficient for producing required 1p cyclic pitch offsets, however, considerably increased motion as pared to normal collective pitch operation simple fuzzy scheme for supervision and controller gain adjustment EWEC 2022, Athens Martin Geyler 18 First Results (2) Measurement of Pitch Drive Load Torques EWEC 2022, Athens Martin Geyler 19 Conclusions HardwareintheLoop test bed for Pitch Drives has been developed and successfully taken into operation. RealTime Simulation Environment allows for providing realistic load conditions as well as all required feedback signals to the tested Pitch Control System. First simulation results and measurements for a Yaw and TiltMoment Compensation Controller (ProofOfConcept). It is believed, that the test bed will greatly improve the understanding of the system aspects of advanced pitch control strategies. Thank You.
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