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Reactive power and voltage control in a power grid: A game-theoretic approach

This paper presents an approach of applying game-theoretic concepts to the systematic control of reactive power and voltage in a power grid. A non-cooperative, extensive form game is used to model the complex interactions that exist among voltage-control components of a power system. An IEEE 6-bus test system has been used as a case study to study the systematic interactions among system components. At equilibrium, component settings minimize the reactive power injections, while satisfying load-bus voltage constraints.