Automatic Power Restoration in Distribution Systems Modeled Through Multiagent Systems

This paper proposes a restoration strategy based on Multiagent Systems to solve the restoration problem in distribution systems. The model addresses the sequential stages of energy restauration in order to define the rules, actions, and operating environment of each agent, taking into account the analysis of technical reports and operational guidelines. This model considers the application of a strategic plan for energy restoration with the possibility of load shedding, which addresses the mapping of out-of-service areas, the assessment of the supply capacity of each feeder and the maximization of loads restored through switching. The presented model is applied to a typical distribution network, the simulation results show that the proposed model is capable of restoring out of service loads without violating the operational restrictions of the distribution system.