Comparative Analysis of Modeling of a Magnus Effect-Based Wind Energy System

In the present work, we consider a model of the electric drive of a wind generator based on the Magnus effect with a load. A brief explanation of the use of the Magnus effect for electricity-generating is presented. The physical implementation of a wind generator based on the Magnus effect is explained. The integration of the developed 3D model of the generator into the Matlab environment is carried out. An analytical mathematical model is developed using Matlab Simulink. A comparative analysis of the work of two variants of mathematical models is carried out. An analysis of the performance of the electrical generator and the minimum required wind flow to cover the generator's own costs is made.