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This paper presents a distributed optimal control strategy for islanded microgrids, which allows performing reactive power sharing and voltage regulation without using a communication system. To perform the twofold objectives, a small signal model is first developed to reconstruct the system input–output relationship, which is evaluated through sensitivity analysis. A state estimator is then constructed...
The paper proposes a distributed optimal control strategy for islanded microgrids, which allows to perform reactive power sharing and voltage regulation without communication system. To realize the twofold objective, an improved small signal model is developed first to reconstruct the system input-output relationship, where the relationship is evaluated with sensitivity analysis. A state estimator...
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