AbstractsComputer Science

Modelování přechodných dějů u synchronních stroju pomocí MKP

by Tibor Ficza




Institution: Brno University of Technology
Department:
Year: 0
Keywords: Synchrónny stroj; PM; magnetický tok; reaktancia; vzduchová medzera; MKP; hustota prúdu.; Synchronous machine; PM; model; FEMM; magnetic flux; density; permeability; air gap; current; voltage.
Record ID: 1097308
Full text PDF: http://hdl.handle.net/11012/10708


Abstract

Táto práca sa zaoberá s modelovaním synchronného stroja s permanentnými magnetmi pomocou metody konečných prvkov. K modelovaniu sme si zvolili 3 fázový synchronný stroj s permanentnými magnetmi na povrchu rotora z firmy VUES. Najprv vypočítame parametre stroja a potom spravíme statický model pomocou programu FEMM a Matlab a budeme hladať možné riešenia na 2D dynamický model. Pomocou programu Ansys Workbench spravíme 3D model tohoto stroja budeme a porovnávať výsledky simulácie.; This work disserts with FEA modeling of synchronous machines with surfaced permanent magnets on his rotor. Firstly, we are choosing our machine what we want to model, in our case it is a three-phase synchronous machine with permanent magnets on its rotor from the company VUES-Brno. First, I have calculated the parameters of the machine then I have made static model of our machine . Next, I was trying to find out possibilities how to make dynamic model or animation of this machine through the use of program FEMM and Matlab. Then I will made 3D model and simulate our machine in Ansys Workbench.