Misbehaving agents in microgrids, caused by sensor faults, communication failures, malicious actions, or algorithmic deviations, can severely affect system stability and efficiency. This
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The invention relates to the technical field of microgrid control, in particular to a microgrid control method and system under an event-triggered directed communication topology.
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This paper presents a fully distributed adaptive dynamic event-triggered control (FDOAD-ETC) strategy for islanded AC microgrids (MGs). The proposed approach restores frequency and
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In this paper, a novel event-triggered control scheme design approach for DC microgrid system with actuator faults is proposed. This novel ETM can further reduce unnecessary triggering events.
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However, traditional distributed control schemes based on fixed-cycle communication usually result in a waste of communication resources.
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Abstract: Microgrid operations require precise control strategies that account for both fast and slow dynamics to maintain stability and optimize performance. This paper introduces a novel
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Local-level event-triggered exponential reaching law based terminal sliding mode control is proposed. The proposed control structure promises rigid DC bus voltage and low-carbon operation.
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This paper addresses the escalating need for low-carbon solutions and discusses the integrated control system for the electric-hydrogen DC microgrids. A multi-time scale control mechanism for the DC
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In this paper, a distributed resilient secondary control strategy is proposed for microgrids to eliminate the adverse effects caused by asynchronous denial-of-service (DoS) attacks.
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This article proposes an event-triggered model predictive control (ET-MPC) method for inverters to connect dc microgrids with battery-supercapacitor hybrid ener
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