Application of Distributed Consensus in Fixed Time Sliding Mode to the Wind Turbine System

This article presents a sliding mode control and fixed time control approximation for variable speed wind turbines. The wind turbine system model is depicted in the first step. In the second half, the sliding mode strategy will be applied. In changeable wind conditions, this approach is employed to ensure robust and efficient performance. Specified-time sliding mode control can assist in addressing these issues by offering a stable and predictable control approach that ensures the wind turbine system reaches a desired state or setpoint in a specified amount of time, regardless of beginning conditions or external disturbances. The Lyapunov stability theorem is used to show the stability and effectiveness of this control rule, and we also present a simulation that shows the suggested strategy to be more effective, precise, and accurate in terms of settling time, tracking accuracy, and energy consumption.