Gain scheduling multiobjective excitation 
control for marine power systems

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Journal of Dalian Maritime University ›› 2013, Vol. 39 ›› Issue (3) : 59-62.

Original Paper

Gain scheduling multiobjective excitation  control for marine power systems

SHANG An-li¹， XIA Li¹， DONG Jin-xin²

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Abstract

The direct feedback linearization (DFL) technique together with the gain scheduling multiobjective control theory are further developed and applied to design nonlinear excitation compensators, which selectively eliminates system nonlinearities and deal with plant uncertainties and interconnections between generators. Digital simulations show that control scheme achieves unified transient stability in the presence of parametric uncertainties and significantly sudden changes in the network parameters.

Key words

marine power systems / gain scheduling / multi-objective excitation control / transient stability

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SHANG An-li， XIA Li， DONG Jin-xin. Gain scheduling multiobjective excitation  control for marine power systems[J]. Journal of Dalian Maritime University. 2013, 39(3): 59-62

References

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