Abstract
The ever-increasing demand for more reliable and flexible energy supply for customers has pushed up the Microgrid (MG) to the center stage in the developments of distribution networks. If managed and control efficiently, MGs can provide distinct benefits to the suppliers as well as energy consumers. In this paper, a distributed autonomous control scheme is designed to achieve the optimal operation of MGs, as well as to replace the centralized control of MGs. For micro-sources, based on the necessary information exchanged with neighboring micro-sources in the MG, realize dynamic adjustment of power generation in the neighborhood of the optimal operating point by applying the finite-time control method. Simulation analysis shows that not only distributed control but also economical operation of the MG are achieved by proposed control scheme.
Published Version
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