A Fully Decentralized Multi-Agent System for Intelligent Restoration of Power Distribution Network Incorporating Distributed Generations [Application Notes]

Structure and classification of unified energy agents as a base for the systematic development of future energy grids

“…This implies that the area in question is self-controlled and -sustainable with regard to its energy needs. Successful examples of such islanding modes are reported in Ilic et al (2005), Keilar (2013) and Li et al (2012).…”

Cross-Domain Energy Savings by Means of Unified Energy Agents

“…Besides general agent-based grid management systems (e.g., Kamphuis et al, 2010;Wedde et al, 2006;Platt, 2007;Ramchurn et al, 2011), approaches for grid restoration incorporating distributed generation capacities (e.g., Li et al, 2012), specialized agent-based micro-grid control systems (Roche et al (2010) provides a good overview), and a multitude of energy-centered building automation solutions (e.g., Zhao et al, 2010) do exist today. As the basic ideas of MAS architectures fit perfectly with the challenges found in many visions of future energy grids, many labs and universities are actively doing research in this field.…”

Python‐based multi‐agent platform for application on power grids

“…[11][12][13][14][15][16][17][18] MAS have proven to be a suitable and powerful tool for modeling, simulation, and problem solving involving complex systems and different fields. 1-3 Significant effort has been made on power systems engineering when using MAS for controlling and managing microgrids, 4 auctions and trading in energy markets, 5 state estimation, 6 evaluation of power systems reliability, 7 reactive power control, 8 adaptive protection, 9 substation automation, 10 and automatic restoration systems.…”

“…1-3 Significant effort has been made on power systems engineering when using MAS for controlling and managing microgrids, 4 auctions and trading in energy markets, 5 state estimation, 6 evaluation of power systems reliability, 7 reactive power control, 8 adaptive protection, 9 substation automation, 10 and automatic restoration systems. [11][12][13][14][15][16][17][18] MAS have proven to be a suitable and powerful tool for modeling, simulation, and problem solving involving complex systems and different fields. In order to promote the agent-based technology and the interoperability of standards List of symbols and abbreviations:…”