[EURASIA] How to leverage SIMBA for power electronics simulation?

Next date: March 21^st, 2024 – 10 am CET

Duration: 2 hours

Format: Online

Fees: FREE

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Introduction

This discovery session explores the main features of SIMBA for both system and device level simulation. The SIMBA Python library will be highlighted for automation and post processing purpose.
By combining the power of Python with the fast and accurate simulation solver of SIMBA, engineers can streamline their workflow, achieve accurate results, and enhance their power converter designs like never before.

Objective

Participants will learn how to use SIMBA simulation software for enhancing converter and motor drive simulation and gain knowledge in Python.
They will be equipped with the skills to harness Python’s power and integrate it with SIMBA for efficient power electronics simulation and converter design.

By the end of this discovery session, attendees will have a clear and deep understanding about SIMBA’s full capabilities that will definitely help them to comprehend their power electronics challenges.

Audience

This discovery session is intended for power electronics engineers and engineers who are curious about power electronics, motor drive and Python use.

Methodology

This discovery session based on SIMBA and power electronics simulation is divided into 4 mains parts, covering SIMBA’s features and its use, device level simulation by using detailed semiconductors models, motor drive simulation with the use of JMAG electrical machine detailed model, the combination of both SIMBA + Python use for advanced topics and analysis.

Program:

Part 1 – Get started with SIMBA desktop version

A general description of SIMBA will be presented and the instructor will highlight the following topics:

• Implementation of a Power Converter (eg Buck)
• Transient simulation
• SIMBA results manipulation
• Introduction to the SIMBA main features with examples based on:
  • DFT analysis
  • Thermal analysis
  • AC sweep analysis
  • Parameter sweep analysis
  • C Code use (implementation of hysteris current control)

Part 2 – Real semiconductors for advanced transient analysis

• Ideal vs detailed model simulation for a Buck converter
• Double pulse test simulation

Part 3 – Motor drive simulation with JMAG-RT FEA model

• Implementation & simulation of a complete drive with detailed machine and semiconductors model
• Efficiency map generation

Part 4 – Get started with SIMBA Python Library

A general description of the SIMBA Python library “aesim.simba” will be presented and the instructor will highlight the following topics:

• What is the SIMBA Python Library?
• Quick Examples & syntax explanation
• SIMBA main classes
• Introduction to the combination of both SIMBA & Python with examples based on:
  • Frequency analysis
  • How to create a circuit from scratch and simulate it?
  • CSV file importation & manipulation
  • Thermal analysis
  • Optimization for PID controller & Parametric analysis
  • Multiprocessing & examples (LLC design)
  • Robust Design analysis (Monte Carlo, sensitivity and fault analysis)

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Instructors

Adrien MICHEL Adrien MICHEL received his engineering degree in Energy specialized in Power Electronics & embededed systems from UTBM (University of Technology of Belfort-Montbéliard), France, in 2015. Since January 2016, Adrien is working at Powersys as a Power Electronics Lead Engineer and has a double role: manage SIMBA technical support and contribute for consulting activities.

Anup Kumar SINGH Anup Kumar Singh received his PhD degree in the field of Power Electronics from National Institute of Technology, Raipur, India in Nov-2021. He has received his master’s (M.tech) degree in 2013 from MNNIT, Allahabad, India in Power Electronics. He is a Power Electronics Application Engineer and a member of Development team for SIMBA. He is working with this organisation since Feb-22.

Language

English

General conditions for the training

Please register as early as possible if you plan to attend the session.

Cancellation can be made according to POWERSYS’ General Conditions for courses:

In case you cannot attend the course after having registered, please contact us as soon as possible at marketing@powersys.fr

For French participants:

POWERSYS est enregistré en tant que prestataire de formation (auprès du Préfet de la Région Provence-Alpes-Côte d’Azur sous le numéro 93 13 13256 13). Une convention de formation peut être établie sur demande avant la date de formation.

Contact for any additional information:

Please feel free to contact us for any further information marketing@powersys.fr