2023 , Volume 28, № 6, p.108-117

A microgrid is a network having a diverse spectrum of energy generators and storage devices. Generally, it has a relatively small local loads. Energy management in such networks has a number of advantages, such as reducing power losses and simplifying the management process. To this end, the need to study various aspects of organizing and operating microgrids from the point of view for managing their functioning is significantly increases. In this regards, the paper addresses an intellectualization of data processing and analyzing within the study of micro-grids as environmental- ly friendly and resource-saving energy systems. We consider microgrid interactions under external disturbances. The process of modelling the interaction of microgrids is realized by a multi-agent system. The multi-agent system structure, tools of its construction, and purpose and functioning of agents are considered. Moreover, we developed and presented a model of agent behavior that is based on the use of a finite control machine. The multi-agent system is implemented using the JADE framework. To reduce labor costs for creating agents, we have developed a special add-on to JADE for determining the agent behavior. The considered multi-agent system is focused on supporting the study of the resilience of autonomous energy systems for infrastructure objects located on the Baikal natural territory.