Simulating feedback linearization control of wind turbines using high-order models

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Title

Simulating feedback linearization control of wind turbines using high-order models

Content partner

The University of Auckland Library

Collection

ResearchSpace@Auckland

Description

As wind turbines are becoming larger, wind turbine control must now encompass load control objectives as well as power and speed control to achieve a low cost of energy. Due to the inherent non-linearities in a wind turbine system, the use of non-linear model-based controllers has the potential to increase control performance. A non-linear feedback linearization controller with an Extended Kalman Filter is successfully used to control a FAST model of the controls advanced research turbine wit...

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Format

Research paper

Research format

Journal article

Date created

2010

Creator

Kumar, Avishek / Stol, Karl

URL

http://hdl.handle.net/2292/9477

Related subjects

Control / Feedback linearization / Load reduction / Mimo / Pitch / Wind turbine / Control feedback / Control performance / Controller designs / Controls advanced research turbines / Equivalent load / FAST model / Feedback linearization control / Feedback linearization controllers / High-order / In-control / Linear quadratic regulator / Load control / Low costs / Low speed / Non-linear / Non-linear model / Nonlinearities / Power regulation / Proportional integral controllers / Rotor speed / Speed regulation / Train dynamics / Unmodeled dynamics / Wind conditions / Wind speed / Wind turbine control / Wind turbine systems / Controllers / Energy policy / Fatigue damage / Speed / Turbomachine blades / Wind power / Wind turbines / control system / cost-benefit analysis / Kalman filter / numerical model / power generation / velocity profile / wind power / wind profile / wind turbine / wind velocity

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