Advanced Event-Triggered and Time-Scale Decomposition Approaches for Microgrid Optimization Control

Ke Zeng

Abstract: This research investigates an advanced control strategy for microgrids that integrates event-triggered control with time-scale decomposition techniques. The approach aims to address the challenges of coordinating control actions across multiple time horizons in a dynamic microgrid environment. By leveraging event-triggered updates, the control system can respond to significant changes while minimizing unnecessary computations. The proposed methodology is tested under various conditions, showcasing improvements in energy management, stability, and robustness compared to conventional strategies.

Submission Number: 215