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Secondary Control of Microgrids via Discrete-time Neural Distributed Cooperative Control

In this paper a novel distributed cooperative strategy based microgrid voltage control is presented. This approach is synthesized for each distributed generator and requires minimal information from neighbors since is based on the penning methodology. A neural controller is applied for local controller to achieve control objectives, which is based on an identification scheme and a nonlinear control strategy. The simulation of a microgrid test system illustrates the effectiveness of the developed strategy.