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Frequency stabilization design for interconnected microgrid based on T-S fuzzy model with multiple time delays

In an interconnected microgrid, the problems about the time delays and the lack of uniform control model cannot be ignored. To solve such problems for better stabilization, this paper establishes a T-S fuzzy model with multiple time delays. In addition, a parallel distributed compensation control is designed and the stability of the proposed closed-loop system has been proved. Then, the state feedback stabilization design is proposed, which can obtain fast frequency recovery and eligible stabilization effect. Simulation results which are carried out in a typical interconnected microgrid, have verified the effectiveness of the proposed method.