Using Matlab's Simscape modeling environment as a simulation tool in power electronics and electrical machines courses

Abstract

In this paper the use of MATLAB, and in particular Simscape, will be discussed as a simulation tool to model multi-domain physical systems in power electronics and electrical machines courses. The overall system response (both static and dynamic) of power electronics and electrical machine circuits are demonstrated and emphasized using Simscape language. Including Simscape in the curriculum reinforces conceptual ideas presented in lectures, as it increases students' focus on conceptual material, and their familiarity to modeling systems using MATLAB/Simulink.

Dynamic Simulation of Permanent Magnet Synchronous Motor (PMSM) Electric Vehicle Based on Simulink

“…The table shows each parameter's name, abbreviation, unit, and default value. The default values are based on the existing E-class Sedan vehicle database [34] and the Simscape database [35]. To adapt the electric vehicle simulation, parameters V1-V10 were specified, such as the sprung mass on one suspension (V8) and the transmission ratio (V9).…”

Maksimum Güç Noktası İzleyicisinde Kullanılan Artan İletkenlik Algoritmasının FPGA Tabanlı Gerçeklenmesi

“…Simulink simülasyon editörünün sahip olduğu araç kutularından biri de Simscape araç kutusudur ve bununla elektrik, makine, robotik vb. birçok alana ait fiziksel problemler simüle edilebilir [Hassell, 2013] [Ilyas, 2018]. Artan iletkenlik algoritmasının, FV panelin akım gerilim grafiği üzerinde gösterilimi Şekil 1'de verilmiştir.…”

Modeling and simulation of the short-term arterial pressure control system using an object oriented approach

“…SIMSCAPE is an object-oriented language for modelling continuous complex physical systems for the purpose of computer simulation, and is primarily based on physical modeling rather than mathematical modeling. It also has multi-domain modelling capability, meaning that model components corresponding to physical objects from several different domains can be described and connected [18].…”