Flatness-based Stabilisation of a Single-Axis Synchronous Generator Model with Embedded Trajectories of Motion

E.C. Anene, U.O. Aliyu (Nigeria), and J.T. Agee (Botswana)


Dynamic feedback linearization, flatness, flat output


This paper develops on our earlier results about the flatness of a single-axis synchronous generator model. In this paper, the flatness property of the model is used to generate trajectories of motion for the feedback control of the single-axis synchronous generator and to compare the dynamic performance of the generator controlled with and without trajectories of motion. Results presented show that the embedding of trajectories of motion leads to significant improvement in dynamic stability during generator faults that last several cycles.

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