Optimization and correction of modes of power systems under incompatible restrictions

The paper presents a mathematical model for solving the problem of operational optimization and correction of the modes of electric power systems (EPS) in the event of incompatibility of constraints by using the mathematical apparatus of multi-criteria optimization. The incompatibility of constraints is the reason for the impossibility of entering the mode into the admissible region for a given set of parameters of independent variables.The work shows that the use of a multi-criteria model allows a guaranteed solution to be obtained by using additional criteria that allow optimal change of the corresponding independent variables influencing the constraints and to introduce the design modes into the admissible region for their optimization.

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