Ferreira, W. M.Brandao, D. I.Guimaraes, F. G.Tedeschi, E.Marafao, F. P. [UNESP]IEEE2018-11-262018-11-262017-01-012017 Xiv Brazilian Power Electronics Conference (cobep). New York: Ieee, 6 p., 2017.2175-8603http://hdl.handle.net/11449/164006This paper proposes a multiobjective optimization technique that maximizes the active power generation from single-phase distributed generators, and minimizes the unbalance factor at the point of common coupling of the network. Such technique is incorporated into a centralized control strategy for optimal power flow control purpose. The centralized control strategy used herein is the Power-Based Control that coordinates the distributed units to contribute to the network's active and reactive power needs, per phase, in proportion of their power capacity. The simulation results of a simplified network with three single-phase distributed generators validate the proposal in terms of power flow control, voltage regulation and power quality.6engDistributed generationGenetic algorithmMicrogridMultiobjective power flowUnbalanceTrabalho apresentado em eventoWOS:000427956700044Acesso aberto