Strategic Leader Selection and Cluster Formation in Hierarchical Networked Microgrids

Aditya Joshi,Skieler Capezza,Mo-Yuen Chow

2024 IEEE Power & Energy Society General Meeting (PESGM)（2024）

Department of Electrical and Computer Engineering | UM-SJTU Joint Institute

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Abstract

Due to growing energy resources (DERs) into the power grid. This paper presents a framework to organize a network along with leader selection using centrality measures to form a hierarchical structure in networked microgrids. These strategies enhance hierarchical decisions by identifying pivotal nodes and fine-tuning structures. Further, we use a weighted hierarchical distributed consensus-based method to solve the economic dispatch problem in example hierarchical distributed networked microgrid systems. The proposed approach is validated through extensive simulations to demonstrate the significance of optimizing network partitions and leader selection to effectively use the hierarchical distributed approach for energy management in networked microgrids.

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Key words

Centrality,Networked Microgrids,Energy Management System

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【要点】：本文提出了一种基于中心性度量的框架，用于组织网络并进行领导选择，以形成网络化微电网的层次结构，进而优化能量管理并解决经济调度问题。

【方法】：采用加权层次分布式共识方法，通过识别关键节点和调整结构来提高层次决策的效率。

【实验】：通过广泛的模拟验证了所提方法，使用的是示例层次分布式网络化微电网系统，实验结果表明优化网络分区和领导选择对有效应用层次分布式方法进行能量管理的重要性。