Návrh a modelování rotačního měniče výkonu

Abstract

This diploma paper deals with design, modeling and simulation of electromagnetic relations in the axial air-gap conception of four-quadrant rotate power converter for hybrid motor vehicles. First chapter discuss the analysis of function and possibilities of construction solutions of rotate power converter. In the second chapter, there is made an electromagnetic calculation and construction design, which is made of 3D models of rotate power converter itself and its parts. In the third chapter, there are the chosen 3D models imported from graphic environment Autodesk Inventor to the simulation wizard ANSYS Workbench, where is consequently made the simulation of electromagnetic relations, which leads to the maps of electric potential, total flux density and magnetic field intensity in the rotor system of the rotate power converter. In the last, fourth chapter, there is an evaluation of simulation results and little design of construction adjustments.