Development of multi-agent systems with distributed solutions for energy problems

In modern conditions, the functioning and management of electric power systems requires the creation of a computational model for large-scale schemes based on methods for estimating the state. Such schemes are not fully observable, data may be distorted, their synchronization is poor and, as a consequence, the adoption of incorrect decisions based on the calculation model. At present, the agent approach is not applied to the development of systems aimed at solving problems in the field of electric power industry and assessing the states of electric power systems in particular. The proposed approach to the development of multi-agent systems should enable the interaction of agents created on different software platforms, create new ones and edit existing algorithms in the system through agent scenarios. An approach to creating multi-agent systems for estimating the states of electric power systems with the possibility of cross-platform interactions and agent scenarios is developed. The proposed approach was tested on a test system, and at the moment a system is being developed for assessing the state of electric power systems.