Mechanical impact of wind turbine frequency support strategies

Mechanical impact of wind turbine frequency support strategies

New regulations require wind power plants to contribute to grid frequency control. Wind turbine droop control, inertia emulation and the use of a washout filter are compared in this paper in order to ascertain the influence of such methods on the mechanical components of the wind turbine. When wind...

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Hauptverfasser: Aparicio, N., Conca de la Asuncion, C., Blasco-Gimenez, R., Ano-Villalba, S., Belenguer, E.
Format: Tagungsbericht
Sprache:eng
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Control methods for electrical systems
Emulation
Frequency control
Generators
Load modeling
Power systems
Wind energy
Wind power generation
Wind turbines
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creator Aparicio, N.
Conca de la Asuncion, C.
Blasco-Gimenez, R.
Ano-Villalba, S.
Belenguer, E.
description New regulations require wind power plants to contribute to grid frequency control. Wind turbine droop control, inertia emulation and the use of a washout filter are compared in this paper in order to ascertain the influence of such methods on the mechanical components of the wind turbine. When wind generators operate below rated power, these methods use the stored kinetic energy to provide extra energy during a short period of time and hence enhance overall system frequency response. This paper includes the evaluation of the impact on the wind turbines of the aforementioned technologies, in a variety of scenarios, with a detailed model of the wind turbine. It is concluded that techniques that include a washout filter have similar performance to inertia emulation, but with without exciting lightly damped drive train modes.
doi_str_mv 10.1109/EPE.2013.6634650
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subjects Control methods for electrical systems
Emulation
Frequency control
Generators
Load modeling
Power systems
Wind energy
Wind power generation
Wind turbines
title Mechanical impact of wind turbine frequency support strategies
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