MATLAB and Simulink Seminars

Advancing Power Electronics Simulation and Control with MATLAB and Simulink

Overview

Join MathWorks for an onsite seminar and networking event in Birmingham to discuss power electronics simulation and control. In this session, a DC-DC buck converter is used to demonstrate how to model, simulate, and design controllers for power converters with Simulink®, Simscape™ Electrical™, and Simulink® Control Design™.

The session includes modelling power converters at multiple levels of fidelity, from system-level designs to detailed, nonlinear switching designs. It also covers how to load component datasheet parameters into a model, perform power loss and thermal analysis, identify switching and conduction losses, and monitor temperature variations in the power converter.

Additionally, the control design process of a PI controller is explored to meet the desired performance requirements of the buck converter. This section highlights how controllers can be automatically tuned in both the time and frequency domains, eliminating the need for manual control tuning.

Highlights

  • Model and simulate power converters
  • Conduct electrical and thermal simulation analysis of electrical circuits
  • Compute power losses and efficiency of power converters
  • Automatically tune controllers to meet desired performance requirements of power converters

Who Should Attend

  • Power Electronics Engineers
  • Power Systems Engineers
  • Motor Control Engineers

About the Presenter

Jawad Khoury is a Senior Application Engineer at MathWorks UK, where he supports customers in various industries in the areas of electrification, controls, modelling, simulation, and testing. Jawad holds a Ph.D. in Electrical and Electronics engineering from the University of Cergy-Paris (UCP).

Agenda

Time Title

09:30

Registration

09:55

Welcome and Introduction

10:00 – 11:00

Power Converter Modelling: From System-Level Design to Electrical and Thermal Analysis

  • DC-DC Buck converter modelling
  • Explore Modelling levels of fidelity
  • Quantify power losses
  • Conduct electrical and thermal simulations

11:00 – 11:30

Break

11:30 – 12:30

Control Design and automated tuning of power converters

  • Estimate the frequency response of the Buck converter
  • Perform system identification to estimate a time-domain linear model of the Buck converter
  • Automate the tuning of a PI controller for a DC-DC Buck converter

12:30 – 13:30

Lunch and Networking

If you have any dietary requirements, please contact nmerritt@mathworks.com before 9th May. Vegetarian, vegan, and meat options will be available as standard.

Product Focus

Advancing Power Electronics Simulation and Control with MATLAB and Simulink

Registration closed

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