Abstract
The paper presents a mathematical model for solving the problem of operational optimization of electric power systems (EPS) modes when incompatible restrictions appear with using the mathematical apparatus of multi-criteria optimization. Along with the main criterion, three additional criteria are considered, which, in the calculations, make it possible optimally to enter the modes into the acceptable area.
Highlights
Due to the transition of our country to market relations in the energy sector and their further development, the value of optimization calculations has significantly increased
The use of modern mathematical methods, in particular the multi-criteria optimization apparatus, makes it possible to overcome the problem of inconsistency and incompatibility of the specified constraints [2,3,4,5,6] in the calculation process
Consider a multi-criteria optimization model consisting of several objective functions, a set of coupling equations, and a set of technological and regime constraints [4]
Summary
Due to the transition of our country to market relations in the energy sector and their further development, the value of optimization calculations has significantly increased. The statement of any optimization problem, including optimization of modes of electric power systems (EPS), includes optimization goals (criteria) and a system of restrictions. The main criterion for the optimality of an EPS is usually the criterion of the minimum cost (usually fuel) during the time period under consideration. Other criteria or a combination of them can be used (multi-criteria optimization problem)
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