EPE 2020 ECCE Europe:

The Power Electronics community will gather in Lyon, France, from 7 to 11 September 2020, to exchange views on research progresses and technological developments in the various topics described hereunder.

On Monday 7 September a number of tutorials will be organised and several technical visits are planned on Friday 11 September.

The 22nd Conference on Power Electronics and Applications (and Exhibition), EPE’20 ECCE (Energy  Conversion Congress and Expo) Europe is co-sponsored by the EPE Association and IEEE PELS. It will take place at the Lyon Convention Centre in the Cité Internationale in Lyon, France.

Conference Chairman




Dr. Abdelkrm Benchaib
Supergrid Institute / Conservatoire National des Arts et Métiers


Power Electronics is at the heart of the energy transition constituting critical elements for ecology transition which will help to drive our world towards a new economic and social model, a model of sustainable development that renews our ways of consuming, producing, working, and living together to meet the major environmental challenges. Advanced power electronics, with considerations to energy savings, reduced footprint and smart digitalization, will provide a greater boost to renewable energy penetration, to sustainable mobility as well as to energy efficient buildings.

On top of the tutorials, lecture and dialogue sessions and technical visits, the organising committees will propose several discussion sessions within the industrial forum as well as special sessions of power electronics related trends. The conference will specifically focus on the following challenging topics:

    • Tuesday, September 8th 2020: DC Grids
    • Wednesday, September 9th 2020: E-Mobility
    • Thursday, September 10th 2020: Energy Digitalization

1.a. Passive Components
1.b. Active Devices and Components (Si)
1.c. Active Devices and Components (Wide Bandgap and other new materials)
1.d. System Integration, Packaging & Thermal Management
1.e. Reliability & Life-Time

2.a. Modular Multilevel Converters
2.b. Solid State Transformers
2.c. Grid Connected Converters
2.d. Resonant Converters
2.e. HF Power Converters
2.f. Wide-Band Gap Power Electronics
2.g. Modelling and Control
2.h. Converter Design and Optimization
2.i. EMI/EMC in Power Electronics Including HF Phenomena

3.a. Standard and advanced PWM techniques
3.b. Standard and advanced current/voltage/synchronization control techniques
3.c. Estimation, identification and optimization methods
3.d. Measurements techniques, drivers, sensors and state observers
3.e. Condition monitoring

4.a. Electrical Machines
4.b. Adjustable Speed Drives
4.c. High Performance Drives
4.d. Motion Control, Robotics, Special Drives

5.a. Wind Energy Systems
5.b. Solar Energy Systems
5.c. Other Renewable Energy Systems
5.d. Energy Harvesting
5.e. Energy Storage Systems for Renewable Energy

6.a. Power Electronics in Transmission and Distribution Systems
6.c. Micro-Grids
6.d. Smart Grids
6.e. Mobile Power Stations
6.f. Power Quality Issues and Power Factor Correction Techniques
6.g. DC Grids including Fault Coordination and Protection
6.h. Hybrid DC Circuit Breakers (DCCBs)
6.i. Real-Time Simulation and Mock-ups

7.a. Low Voltage DC Power Supplies
7.b. High Voltage DC Power Supplies
7.c. Distributed Power Supplies
7.d. Uninterruptible Power Supplies (UPS)
7.e. Electronic Ballasts and Solid State Lighting
7.f. Contactless (Wireless) Power Supplies

8.a. Electric Propulsion Systems for Electric Vehicles
8.b. Power Converters for Electric Vehicles
8.c. Batteries, Active and Passive Management Systems (BMS)
8.d. EV´s battery chargers: Contact
8.e. EV´s battery chargers: Contactless
8.f. Smart Charging and V2x
8.g. Standards and Regulations

9.a. ECCT in the Industry (Cement, steel, paper, textile, mining, etc…)
9.b. ECCT in Aerospace and Space Applications
9.c. ECCT in Rail Vehicles
9.d. ECCT in Marine Applications (Offshore, subsea & deep ocean and ships)
9.e. ECCT in Physics Research and Related Applications
9.f. Pulse Applications, including Passive Components and Transducers for Power Pulses
9.g. Embedded Energy Systems

10.a. Data Analysis applied to Power Electronics and Drives Systems
10.b. Application of AI to Power Electronics and Drives Systems
10.c. Communication for Power Electronics
10.d. Wireless control
10.e. Diagnostics


Several tutorials will be held prior to the conference.

Authors willing to propose a tutorial at EPE‘20 ECCE Europe are invited to send a proposal to Brigitte Sneyers at the scientific secretariat (EPE Association, c/o VUB – IrW – ETEC, Pleinlaan 2, B-1050 Brussels, Belgium, e-mail: bsneyers@vub.ac.be) before 11 January, 2020.

The proposal will consist of a three-page summary including tutorial title, name and affiliation of the lecturer(s), tutorial objectives and audience, topical outline and provisional schedule of the tutorial.

The tutorials will be organized on Monday 7 September 2020.
The tutorials will take place at the INSA Lyon, LyonTech-la Doua , 20, avenue Albert Einstein – 69621 Villeurbanne CEDEX.

Tutorial proposals are welcome in all topics related to the conference topics.


Several very interesting Keynotes will soon be confirmed for EPE’20 ECCE Europe.

Technical Visits

Several very interesting Technical Visits will be organised in the frame of EPE’20 ECCE Europe.

Sponsors and Exhibitors

EPE’20 ECCE Europe – Silver Sponsor:

The following companies and institutions are contributors of EPE’20 ECCE Europe:

The following companies and institutions are exhibiting at EPE’20 ECCE Europe:

EPE’20 ECCE Europe Conference Website: