Abstract
The architecture of a multi-agent microgrid control system is proposed. An experimental study is carried out, and a scheme of interaction of software intelligent agents used in the construction of a distributed control system for an active energy complex is presented. An example of a decisionmaking diagram is shown. The multi-agent structure of the control system construction is justified. Recommendations on the use of multi-agent system design frameworks are given. The specification FIPA-ACL is considered as a priority. The paper provides a brief overview of current technologies for creating multi-agent systems for microgrid. The composite structure of the control system is presented, and its main components are described. A time diagram is proposed to highlight individual functional layers of the system, and a proposal for intersystem interaction is also made. The application of the FIPA-ACL language in the interaction of agents is considered. The simulation study was conducted in the MATLAB environment. Taking into account the conducted research, the architecture of the system is proposed, its description is given, and interaction with related information systems is considered. The proposed architecture satisfies the legal acts of the Russian Federation on the creation of active energy complexes.
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