Adaptive Regulation methodology of large scale wind turbine

Abstract

High performance and reliability are required for wind turbines to be competitive within the energy market To capture their nonlinear behavior, wind turbines are often modeled using highly nonlinear dynamics. The paper presents and illustrates the design of indirect adaptive regulation strategy. The main objective is the estimation of a linear reduced model which behaves like the real process and the online adjustment of R-S-T regulator parameters. The simulation results show the importance and the effectiveness of this controller in terms of performances in the exploitation of wind energy conversion.