Power Electronics Converters & Motor Drive simulation using PSIM

Course Objective:

Learn how to simulate power electronics converters and Motor Drives with the help of PSIM software. PSIM has gone deep into power electronics and created modules to help you with any design you can dream up. No matter what you’re crafting from complex motor drives to fully realized EV systems.

PSIM’s vast choice of add-on modules makes it easy to create a nimble solution that is neither cumbersome nor unnecessarily complicated.

When get-to-market time is critical, PSIM’s power electronics simulator delivers unbeatable simulation speed while producing high-quality system-level results. Even with no prior experience, PSIM’s friendly user interface means easy implementation and seamless adoption in any environment. PSIM and its add-on modules provide robust system-level design and simulation across multiple areas.

Public And Technical Background Required

It is the best for Industry people, Professors, final & pre-final year students of electrical, electronics & power electronics engineering branch. Course will be very useful to the post graduate students for their dissertation/project work. Course benefited most who wish to work on power electronic based project.

Attached simulations can be used as laboratory experiments alternative to physical hardware practice.


PSIM & SmartCtrl software license will be provided for this course to the registered participants.




Session 1:  PSIM Overview & Basics

From 10 AM to 11.30 AM:

  • What is PSIM Simulation?
  • GUI of the PSIM software.
  • How to develop basic simulation models.
  • How to develop simulation model of power electronics converters
  • What are the Modules available for different applications ?
  • Simulation & analysis of PE Converters

15-min Break

Session 2: Device Level & Motor applications:

From 11.45 AM to 1.30 PM:

  • Loss Calculation in Thermal Module
  • Introduction to JMAG FEA Tool
  • Motor Flow in JMAG
  • Control Design of A 100‐KW PMSM Drive (PSIM + JMAG-RT)

Session 3 & 4: Modelling and Analysis:

From 2.30 PM to 4 PM:

  • EMI Analysis and Filter Design Using EMI Design Suite.
  • Design of Resonant LLC Converter using Power Supply Design Suite

15-min Break

From 4.15 PM to 6 PM:

  • Auto Code generation for TI F28335 Micro Controller
  • Co-simulation of PSIM with MATLAB/Simulink
  • Control Loop Design of Resonant Converter using SmartCtrl
  • Q&A session


logo PWSIM



Mr. Sampath KUMAR, Sales Manager

Email: s.kumar@pwsim.com


General conditions for training:

Please register as early as possible if you plan to attend this e-training. As soon as the minimum of participants is reached, PWSIM will confirm the course.

Cancellation can be made according to PWSIM’ General Conditions: In case you cannot attend the workshop after having registred, please contact us as soon as possible at marketing@powersys.fr Please note that PWSIM will not reimburse any expenses if the e-training is not confirmed. We recommend you to make your arrangements once the e-Training is confirmed.