Development of a Mathematical Model of a Valve Inductor Generator at ANSYS Maxwell

The purpose of the study is to develop a methodology for the study of permanent magnet inductor generators used on mobile objects, as well as the selection of their effective parameters. The scientific novelty of this study is the development of a mathematical model of an inductor generator with permanent magnets in the Ansys Maxwell software and computing complex. The results obtained make it possible to introduce into the theoretical framework a new approach to the design of valve inductor generators with magnetoelectric excitation. The developed analytical data increases the design accuracy and improves the calculation methodology of inductor generators of the presented design. The conducted studies take into account the specifics of the generator's operation in a wide range of rotation speed, torque and load. Improving the technical and economic parameters of an inductor generator with permanent magnets and developing recommendations for research and design organizations is the main priority task in the theory of electrical engineering. To solve this problem, we used a list of CAD application programs and the Ansys Electronics Desktop software environment, which allowed us to calculate the mathematical model with high accuracy and obtain all the necessary output characteristics. The obtained mathematical modeling results were approximated using the classical magnetic field calculation method to confirm the adequacy of the developed model. The mathematical model makes it possible to simplify and speed up the process of selecting optimal weight and size parameters for the design of inductor generators of various capacities.