Abstract
In this paper, stabilization in terms of power swing reduction and angular frequency synchronism in multi-machine power systems is addressed by adopting the multi-agent flocking technique that is implemented through distributed static VAR compensators (SVC) as controllers. More precisely, power swing reduction and angular frequency synchronism in a multi-machine power system are re-formulated as stabilization on a related multi-agent state-space network. By inducing multi-agents collision under the suggested control algorithms, all the synchronous generators achieve angular frequency synchronism while power angles are specified to a same desired power angle. Numeric examples illustrate efficacy of the suggested technique.
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