The Optimal Control Strategy of Wind Plants Using Differential Games, with State-Dependent Parameters

We take into account a control strategy of wind turbine using a differential game with multiple players. Based on the obtained mathematical model, to develop a control system for wind turbine blades under non-stationary loads. The area in which the wind installation is threatened with overload and its further destruction is considered. In our system, it is supposed that there is a specific player-intruder that enters a certain space. At the same time, numerous players emerge, and their job is to stop the intruder. After spotting the pursuers, the attacker makes an effort to stay away from them. A stationary linear system that models the dynamics of each object actively works to prevent the pursuers from learning all there is to know about themselves. The simulation findings are displayed. The findings of the examined problem of zero-sum differential game differentiation can be used to the study of the ultimate stage of persecution, which involves multiple persecutors and one evader.