Decentralized and Scalable Control Framework for Dynamically Stable Microgrids
Year: 2026
Type: conference-paper
Abstract: As the number of Microgrids integrated into present electrical grids continues to rise, the interconnection and collaborative efforts among various Microgrids drive the evolution of networked Microgrids. Dynamic Microgrids, representative of an advanced configuration of networked Microgrids, not only enable the integration of multiple Microgrids into the distribution network but also meet the demands for reconfiguration of system network with enhanced flexibility. This document reviews a conventional distributed control methodology for networked Microgrids. Furthermore, a framework on distributed control for the operation of dynamic Microgrids will be established, attended by an extendable structure that considers the integration of largescale distributed power sources. A thorough analysis of smallsignal stability has been conducted based on the suggested methodology, and the necessary conditions for the network to attain exponential stability are established. To conclude, the efficiency of the suggested framework of control model and the stability analysis is validated on a 6-bus feeder. Hardware - in the - Loop (HIL) is prepared to present various responses on OPAL-RT platform.
Language: English
Subfield: Control and Systems Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W7222506972