1. Power Devices, Components, Packaging and Sustainability
▪ Silicon Devices and Modules
▪ WBG (GaN and SiC) and Ultra-WBG Devices and Modules
▪ Capacitors, Supercapacitors and Battery/Solid State Battery Technology related to power electronics
▪ Magnetics
▪ Condition Monitoring, Reliability & Life-Time Prediction
2. Power Converters Topologies
▪ Single phase and Three phase AC-DC Converters
▪ DC-DC Converters
▪ DC-AC Inverters
▪ Modular Multilevel Converters
3. Converter Modelling, Simulation and Adv. Design Methodologies
▪ Converter Design and Optimization
▪ Power Converter and EMI/EMC Modelling and Analysis
▪ Standardized Data Model for Components / Electronic Data Sheets
▪ Digital Twinning in Power Electronics
▪ Big Data and Artificial Intelligence Methodologies for Modelling and Design
▪ Real-Time Simulation and Hardware in the Loop
▪ Energy and Carbon Footprint Estimation of Converter Manufacturing and Life Cycle Analysis (LCA)
4. Measurement, Supervision and Control for Power Converters
▪ Advanced Modulation Techniques
▪ Advanced Current / Voltage / Synchronization and Control Techniques
▪ Estimation, Identification and Optimization Methods
▪ Measurement Techniques, Sensors, and State Observers
▪ Artificial Intelligence for Advanced Operation of Power Converters and condition monitoring
5. Electrical Machines and Drive Systems
▪ Electrical Machines and Actuators
▪ Adjustable-Speed Drives and Converter-Machine Interactions (EMI/EMC, dv/dt, Bearing Currents)
▪ Design, Optimization and Control of Electrical Drives
▪ Condition Monitoring and Life-Time Prediction of Drives
6. Renewable Energy Power Systems
▪ Wind and Solar Energy Systems
▪ Energy Storage Systems for Renewable Energy
▪ Fuel Cells and Other Renewable Energy Systems
▪ Energy Management Systems
▪ Energy Harvesting
7. Power Electronics in Transmission and Distribution Systems
▪ HVDC, FACTS, Solid State Transformers and Hybrid Circuit Breakers
▪ Solid State and Hybrid Circuit Breakers
▪ Grid Supporting and Grid Forming Converters
▪ Smart Grids
▪ AC and DC Distribution and Micro Grids, including Fault Coordination and Protection
▪ EMI/EMC, Power Quality Issues and Power Factor Correction
▪ Smart and Energy Efficient Buildings
▪ Energy Storage in Transmission and Distribution Systems
8. E-Mobility and Propulsion Systems
▪ Electric Drive Trains for Transportation
▪ On-Board and Off-Board Chargers
▪ Wireless Power Transfer Systems
▪ Stationary Charging Power Stations and Stationary (Ultra) Fast Chargers
▪ Smart Charging, Bidirectional V2G and Vehicle to X (Home, Load) Interaction
▪ Batteries and Fuel Cells for EVs
▪ EMI/EMC issues and solutions for E-Mobility and Propulsion Systems
9. Power Electronics Specific Applications
▪ Datacenter (Including AI)/Telecom Power Converter, Architecture and System Considerations
▪ Power Electronics for Aerospace
▪ Power Electronics in Electrolyze and Fuel cell systems
▪ Solid-State Lighting and Electronic Ballasts
▪ Biomedical Applications
▪ High Power Charging Infrastructures
▪ Defense and Military Power Electronics
▪ Power electronics/energy systems for railway-systems and ships
▪ Other Niche and Emerging Applications
info[at]ecce-europe[dot]org (forwards to PCO)
papers[at]ecce-europe[dot]org (forwards to PCO)
sponsor-exhibition[at]ecce-europe[dot]org (Thomas Harder)
ECCE Europe 2026 is organized by
in cooperation with Local Organization (PCO)
Kenzler Conference Management (KCM)
Karla-Schmidt-Str. 14
30655 Hannover, Germany
Tel: +49 (0)511 65581860
E‐Mail: info[at]ecce-europe[dot]org
Website: https://kcmweb.de
Postal address ECPE e.V.:
ECPE European Center for Power Electronics e.V.
Ostendstrasse 181
D-90482 Nuremberg, Germany
Phone: +49 (0)911 81 02 88-0