| Summary: | Currently, when solving the problems of developing energy systems, it is necessary to take into account the profound changes associated with the transition from consideration of centralized planning and management to a new paradigm of a multilateral process of substantiating decisions and creating mechanisms for their implementation in conditions of uncertainty, multicriteria and a plurality of conflicting interests. The development of modern energy systems requires the use of innovative methods and technologies for their study, which assume the presence of many decision-making centers and take into account the complex structure of these systems. In this paper, to solve the problems of development of integrated energy systems, a multi-agent approach is used, in which solutions are obtained as a result of the interaction between a set of agents. Based on the proposed structure of the multi-agent system, a multi-agent model of an integrated energy system was developed in the AnyLogic software environment. A number of computational experiments were carried out, which made it possible to verify the developed principles of the interaction of objects in an integrated energy system when solving development problems.
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