Event-Triggered Control and Multi-Time Scale Coordination for Microgrid Stability and Optimization

Guangrui Bian

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 control framework integrating multi-time scale coordination with event-triggered control for improved microgrid management. By dynamically adjusting control actions based on real-time events and system states across different time scales, the proposed method reduces control effort while maintaining high system performance. Simulation results validate the approach’s capability to respond to varying load demands, renewable energy fluctuations, and other uncertainties in a microgrid environment.

Submission Number: 217