Decentralized model based on game theory for energy management in smart distribution system under penetration of independent micro-grids

Abstract

In this paper, a novel decentralized game theory based model has been provided for energy management in distribution systems under the penetration of micro-grids (MG). Each MG, as an independent entity, controls its generation level using the proposed control structure in order to maximize their profits. In addition, grid operation constraints including line thermal and voltage limitations have been considered. As the advent of renewable energy resources into smart distribution systems, uncertainty in renewable generation and also load uncertainty have been considered in this model too. The efficiency of proposed algorithm have been investigated by running the algorithm in modified RBTS system.