Disturbance Rejection Consensus Tracking of Multi-Agent System for Nonlinear Dynamic Model of Synchronous Generators in Micro-Grids

This paper proposes a novel strategy to apply multi-agent systems (MAS) and consensus tracking control on synchronous generators (SGs) in a micro-grid (MG) based on sliding mode strategy in presence of an external disturbance. Cooperative control of SGs has undeniable advantages on MGs which guarantee optimal collaboration among various parts. Sliding mode controllers resist against disturbances meanwhile, achieving finite time synchronization for the nonlinear states of SGs. Stability analysis is proved based on Lyapunov direct method. Simulation results illustrate the effectiveness of the presented method to apply consensus protocol for multi-agent generators in MGs.