Architecture, Control, and Implementation of Networked Microgrids for Future Distribution Systems
Title
Architecture, Control, and Implementation of Networked Microgrids for Future Distribution Systems
Subject
Decentralized control
distributed control
Distributed power generation
economics
Economics
master control
Microgrids
Networked microgrid
Power system reliability
real-time simulation
reliability
Reliability
resilience
Voltage control
Description
Microgrid (MG) is a small-scale, self-sufficient power system that accommodates various distributed energy resources (DERs), controllable loads, and future distribution systems. Networked microgrids (NMGs) are clusters of MGs, which are physically interconnected and functionally coordinated to enhance distribution systems in terms of economics, resilience, and reliability. This paper introduces the architecture and control of NMGs including nanogrid (NG) and MG. To accommodate variable DERs in NMGs, master and distributed control strategies are adopted to manage the high penetration of DERs, where master control focuses on economic operation, while distributed control focuses on reliability and resilience through active power sharing and voltage and frequency regulation. The initial practices of NG, MG, and NMG in the networked Illinois Institute of Technology (IIT) campus microgrid (ICM) and Bronzeville community microgrid (BCM) in the U.S. are presented. The applications of the master and distributed control strategies are illustrated for the networked ICM-BCM to show their benefits to economics, resilience, and reliability.
286-299
Creator
L. Yan
M. Sheikholeslami
W. Gong
M. Shahidehpour
Z. Li
Publisher
Journal of Modern Power Systems and Clean Energy
Date
2022
Type
journalArticle
Identifier
2196-5420
Collection
Citation
L. Yan et al., “Architecture, Control, and Implementation of Networked Microgrids for Future Distribution Systems,” Lamar University Midstream Center Research, accessed May 14, 2024, https://lumc.omeka.net/items/show/26831.