Abstract
A Micro-Grid (MG) is an energy community having various Distributed Energy Resources (DERs) such as diesel engines, micro turbines, solar power, wind power, fuel cells and energy storage devices. The multi-agent architecture offers a hierarchical structure is very suitable for managing multi-individual and heterogeneous DERs in the MG environment. This paper proposes a Agent-based Demand and Supply Control Framework (AD-SCF) which merges with the existing MG Energy Management System (EMS). Moreover, the AD-SCF adopts the embedding of sensors that can provide environmental and DERs information to EMS. It enhances the exchanges information EMS with the other key elements to determine the best optimal controls on power flow, load dispatch and scheduling in MG.
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