Numerical simulation of the electric power object dynamics by the volterra polynomials

This work considers a class of nonlinear Volterra equations associated with automatic control of dynamics of an electric power object. The apparatus of Volterra integral power series is applied to describe the dynamic characteristics of the input-output object under study. We consider a mathematical model of a wind power plant with a horizontal axis of rotation as a simulation model. The algorithms are based on the Newton-Kantorovich method. Specific features of the algorithms are illustrated on model examples.