Wind turbine integrated structural and LPV control design for improved closed-loop performance

DOI10.1080/00207179.2012.679973zbMath1417.93232OpenAlexW1974048739MaRDI QIDQ5745613

Farzad A. Shirazi, Daniel Viassolo, Grigoriadis, Karolos M.

Publication date: 30 January 2014

Published in: International Journal of Control (Search for Journal in Brave)

Full work available at URL: https://doi.org/10.1080/00207179.2012.679973

zbMATH Keywords

controlwind turbineLPV systemsFASTintegrated design

Mathematics Subject Classification ID

Application models in control theory (93C95) (H^infty)-control (93B36) Control/observation systems governed by ordinary differential equations (93C15)

Related Items (10)

Parameter varying control of wind turbine smart rotor for structural load mitigation ⋮ Improved synthesis conditions for mixed H2/H∞ gain-scheduling control subject to uncertain scheduling parameters ⋮ Polynomial LPV approach to robust H_∞ control of nonlinear sampled-data systems ⋮ Feedforward feedback pitch control for wind turbine based on feedback linearization with sliding mode and fuzzy PID algorithm ⋮ Implications of the degree of controllability of controlled plants in the sense of LQR optimal control ⋮ Wind turbine integrated structural and LPV control design for improved closed-loop performance ⋮ Robust control of wind turbines by using singular perturbation method and linear parameter varying model ⋮ Exponential stabilisation of nonlinear parameter-varying systems with applications to conversion flight control of a tilt rotor aircraft ⋮ Simultaneous sensor and actuator fault estimation for continuous-time polytopic LPV system ⋮ Fixed-time sliding mode control based plant/controller co-design of dual-motor driving system

Cites Work

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• Integrated damping parameter and control design in structural systems for \(\mathcal H^2\) and \(\mathcal H^{\infty}\) specifications
• Multi-disciplinary constrained optimization of wind turbines
• Structure/control optimization to improve the dynamic response of space structures
• Linear parameter varying control of wind turbines covering both partial load and full load conditions
• Optimal mix of passive and active control in structures
• Integrating structure and control design to achieve mixed H₂/H performance
• Integrated design of structural and control systems with a homotopy like iterative method
• Wind turbine integrated structural and LPV control design for improved closed-loop performance

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