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CONTROL SYSTEM FOR ISOLATED ELECTRICAL NETWORK WITH DISTRIBUTED ENERGY SOURCES
Y.P. Kubarkov, Ya.V. Makarov
Samara State Technical University, Samara, Russian Federation
E-mail: [email protected]
Abstract
Background: In some cases, there are electrically isolated network in areas remote from the grid which consist of one or more distributed generation sources and distributed consumers. In terms of small capacity for connection to the grid acute question of regulating demand and supply of electricity, the control mode of the microgrids and provide consumers with appropriate quality of electricity. This situation requires the introduction of new active-adaptive elements in the electrical network. For these purposes it can be used by the control system based on multi-agent principle.
Materials and Methods: The study the possibility of using the MAS is the main tool methods of mathematical analysis and optimization. Mathematical modeling is used as a method for performing research in the experimental part. Software RastrWin was used as a modeling tool.
Results: The algorithm of interaction in the MAS agents. Methods for restoring power supply to consumers, as well as the use of active-adaptive elements for stabilization of the disaster mode.
Conclusions: The algorithm can be used in the development of the MAS management in isolated microgrids. The implementation of the algorithm in conjunction with the introduction of an active adaptive elements will significantly increase the level of reliability of electricity supply to consumers.
Key words: isolated electrical network; multi-agent control system; active-adaptive elements; modes of operation; power restoration
