|
|
AC Drives Modeling in Modelica
Lalović, Goran ; Otava, Lukáš (oponent) ; Václavek, Pavel (vedoucí práce)
This bachelor final project deals with the procedures of physical modeling and simulation of AC drives (electrical machines) in Modelica programing language and environment OpenModelica. First, there is an overview about the general characteristics of the models for basic types of AC machines, Asynchronous and Synchronous Machines, and controller structures in OpenModelica. Then, this bachelor’s thesis concentrates on a behavior comparison of the already existing models in Matlab-Simulink and OpenModelica. The goal of this bachelor’s thesis was making the FMU, translating, simulating and working with models from OpenModelica to Matlab-Simulink. The theoretical description of the electrical machines is mainly based in the first two chapters. This bachelor final project includes the same modeling types of the electrical machines in different modeling languages, OpenModelica and Matlab-Simulink, and compares the simulations results. At the end, it gives some basic information about FMI standard, FMU and talks about translating models from OpenModelica, trough JModelica to Matlab-Simulink.
|
|
|
AC Drives Modeling in Modelica
Lalović, Goran ; Otava, Lukáš (oponent) ; Václavek, Pavel (vedoucí práce)
This bachelor final project deals with the procedures of physical modeling and simulation of AC drives (electrical machines) in Modelica programing language and environment OpenModelica. First, there is an overview about the general characteristics of the models for basic types of AC machines, Asynchronous and Synchronous Machines, and controller structures in OpenModelica. Then, this bachelor’s thesis concentrates on a behavior comparison of the already existing models in Matlab-Simulink and OpenModelica. The goal of this bachelor’s thesis was making the FMU, translating, simulating and working with models from OpenModelica to Matlab-Simulink. The theoretical description of the electrical machines is mainly based in the first two chapters. This bachelor final project includes the same modeling types of the electrical machines in different modeling languages, OpenModelica and Matlab-Simulink, and compares the simulations results. At the end, it gives some basic information about FMI standard, FMU and talks about translating models from OpenModelica, trough JModelica to Matlab-Simulink.
|
host ::
RSS.