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In this work, an event triggered fault tolerant control strategy based predictive frame is investigated for high nonlinear systems. Taking into consideration the sensor malfunctions during energy production, a speed control approach of the wind turbine systems is proposed by involving state observer control scheme. Moreover, an event-triggered control criterion has used to improve the wind-turbine’s dynamic. Besides, the stability criterion is guaranteed for maintaining the robust performance against disturbances and satisfies the terminal constraints. To test the efficiency of the raised approach in this paper, simulation results is presented.

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Event-Triggered Fault-Tolerant Control for Wind Energy Systems

  • 会议论文

  • 发表日期：

    2026年

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  • Abdelmalek Zahaf,
  • Abdelhamid Bounemeur,
  • Sofiane Bououden,
  • Ilyas Boulkaibet,
  • Mohamed Chemachema

摘要

In this work, an event triggered fault tolerant control strategy based predictive frame is investigated for high nonlinear systems. Taking into consideration the sensor malfunctions during energy production, a speed control approach of the wind turbine systems is proposed by involving state observer control scheme. Moreover, an event-triggered control criterion has used to improve the wind-turbine’s dynamic. Besides, the stability criterion is guaranteed for maintaining the robust performance against disturbances and satisfies the terminal constraints. To test the efficiency of the raised approach in this paper, simulation results is presented.