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Optimal control of wind power plants
AbstractThe control system design for a wind power plant is investigated. Both the overall wind farm control and the individual wind turbine control effect the wind farm dynamic performance.For a wind turbine with a synchronous generator and rectifier/inverter system a multivariable controller is designed. Using the optimal output feedback method a compromise is found between speed, power fluctuations and mechanical load. Nonlinear simulations show the superior performance compared to a classical control design.Preliminary results for the overall wind farm control show that the compensation of aerodynamic interactions between the wind turbines for energy maximisation is beneficial. Load control is even more important, especially in combination with wind prediction models.
Optimal control of wind power plants
AbstractThe control system design for a wind power plant is investigated. Both the overall wind farm control and the individual wind turbine control effect the wind farm dynamic performance.For a wind turbine with a synchronous generator and rectifier/inverter system a multivariable controller is designed. Using the optimal output feedback method a compromise is found between speed, power fluctuations and mechanical load. Nonlinear simulations show the superior performance compared to a classical control design.Preliminary results for the overall wind farm control show that the compensation of aerodynamic interactions between the wind turbines for energy maximisation is beneficial. Load control is even more important, especially in combination with wind prediction models.
Optimal control of wind power plants
Steinbuch, M. (author) / de Boer, W.W. (author) / Bosgra, O.H. (author) / Peters, S.A.W.M. (author) / Ploeg, J. (author)
Journal of Wind Engineering and Industrial Aerodynamics ; 27 ; 237-246
1988-01-01
10 pages
Article (Journal)
Electronic Resource
English
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