Energy management and harmonic compensation of micro‐grids via multi‐agent systems based on decentralized control architecture

Abstract Here, a new energy management strategy based on multi‐agent structure is presented by introducing hybrid control of AC micro‐grid (MG), where current harmonics compensation also considered. This Mealy machine in system (MAS), which implemented generating coordination signals and sending them to the renewable sources (RES). In RES, maximum power point tracking (MPPT) or reverse Hill‐climbing (RHC) used these received limit exchange between MG grid. Also, shunt active filters (SAPFs) passive have been studied MGs. The comparison harmonic fast Fourier transform (FFT) algorithm has investigated proposed network. simulation results show that (EMS) with proper different agents able suitable performance for distributed generation (DG) systems. SAPF better more appropriate than SC‐RC‐LCL filter can eliminate pollution be high DG