Optimal Control Structure of DC Current Generator with Concentrated Winding

In this paper, we present the methodology for the dimension of an innovative DC generator specifically designed for wind energy systems, featuring axial flux and permanent magnets. The evolution of the sliding contact manufacturing field and the simplicity of the generator structure and DC generator control make this structure an interesting approach to solving the problem of wind conversion energy. In this background, we develop a new dimensioning model for this generator structure. The analytical method design of electric generators is chosen to realize this model. The design methodology relies on well-founded assumptions to simplify the process of dimensioning. It's leading to reduced difficulty in sizing problems for resolution. This paper presents a global tool for modeling and determining the dimensions of this type of generator. Finally, we integrate this actuator into the control of a wind energy system to validate the global study.