Conference topics
05. – 07.05.2020 Nuremberg Tickets & registration

Conference topics

The conference topics include the latest developments in power semiconductors, passive components, products for thermal management, energy storage, sensors, new materials and systems. Here, you will find a comprehensive overview of all topics.

  • A01 High Power Semiconductors
  • A02 MOSFETs and IGBTs
  • A03 Fast Recovery Rectifiers and Diodes
  • A04 Wide Bandgap Devices
  • A05 Smart Power ICs
  • A06 Novel and Advanced Semiconductor Devices
  • B01 Novel Materials for Thermal Management
  • B02 Thermal Management Performance Verification and Measurements
  • B03 Advanced Cooling Systems
  • B04 Thermal Modelling and Simulations
  • C01 Packaging and Interface Technologies
  • C02 High Power Density Designs
  • C03 Integration Technologies
  • C04 Power Electronic Components Reliability
  • C05 Encapsulation and Substrate Materials
  • C06 Die Attach and Interconnection Materials
  • C07 High Temperature Materials
  • D01 Control Methods for Power Electronic Converters
  • D02 Advanced Digital Control Algorithms
  • D03 Pulse Width Modulation Methods
  • D04 Intelligent Gate Drive Units
  • D05 Intelligent Power Modules
  • D06 Control ICs, FPGAs, ASICs and their Applications
  • D07 Micro Controllers, DSPs and their Applications
  • D08 Technology Trends and Recent Developments
  • E01 Switched Mode Power Supplies
  • E02 DC-DC Hard- and Soft-Switched Converters
  • E03 AC-DC and DC-AC Converters
  • E04 EMI/EMC in Power Electronics
  • E05 Lamp Ballasts and Lighting Systems
  • E06 Power Electronics for Physics and Accelerators
  • E07 Wireless Power Transfer
  • F01 Solid State Transformers
  • F02 DC-DC Hard- and Soft-Switched Converters
  • F03 AC-DC and DC-AC Converters
  • F04 AC-AC, Cyclo- and Matrix Converters
  • F05 Medium Voltage Multilevel Converters
  • F06 Modular Multilevel Converters
  • F07 Novel Converter Topologies
  • G01 Power Electronics for Automotive Applications
  • G02 Power Electronics for Railway Applications
  • G03 Power Electronics for Aerospace Applications
  • G04 Power Electronics for Marine Applications
  • G05 Transportation Infrastructure Related Solutions
  • G06 Energy Efficiency in Transportation
  • G07 Charging Stations Technologies
  • H01 Design Optimization
  • H02 High Performance Motors
  • H03 Advanced Actuator Technologies and Principles
  • H04 FEM Modelling and Simulations
  • H05 Novel Materials for Actuators
  • H06 Special Magnetic Devices
  • I01 System Modelling and Simulations
  • I02 Estimation and Identification Techniques
  • I03 New Control Methods
  • I04 Servo and Step Positioning Systems
  • I05 High Performance Intelligent Drives
  • I06 Sensorless Drives
  • I07 Actuator Specific Control Techniques
  • J01 Mechatronic systems
  • J02 Servo and Variable Speed Drives Applications
  • J03 Embedded Control and Integration
  • J04 Drives for Hybrid and Electric Cars
  • J05 Drives and Motion Control for Specific Applications
  • J06 Control of Multi-Axis Decentralized Drive Systems
  • J07 Functional Safety
  • K01 Wind Energy Systems
  • K02 Solar and Photovoltaic Energy Systems
  • K03 Hydro Power Plants
  • K04 Wave Energy Systems
  • K05 Geothermal Energy Systems
  • K06 Biomass
  • K07 Sustainable Energy Systems
  • L01 Battery Technologies
  • L02 Ultra/Super Capacitors
  • L03 Compressed Air Storage
  • L04 Flywheels
  • L05 Superconducting Magnetic Energy Storage
  • L06 Pumped Hydro Power Plants
  • L07 Innovative Storage Technologies
  • M01 Power Generation, Transmission and Distribution
  • M02 Distributed Energy Resources
  • M03 Micro Grids
  • M04 Smart Grids
  • M05 DC Grids
  • M06 FACTS
  • M07 HVDC Systems
  • N01 Power Quality Problems and Mitigation Techniques
  • N02 Power Quality Standards
  • N03 Power Factor Correction Methods and Technologies
  • N04 UPS and Active Filters
  • N05 Smart Metering, Diagnostics and Condition Monitoring
  • N06 Power Quality Indices
  • N07 Measurement Techniques, Methods and Equipment
  • N08 Electromagnetic Compatibility and Immunity
  • O01 Modelling and Simulation of Power Electronic Components
  • O02 Modelling and Simulation of Power Electronic Circuits
  • O03 Modelling and Simulation of Power Electronic Systems
  • O04 Design Optimization Methods and Tools
  • O05 Virtual Prototyping
  • O06 Rapid Prototyping Tool and Methods
  • P01 Voltage and Current Sensors
  • P02 Motion and Actuation Sensors
  • P03 Thermal Measurement Devices
  • P04 Measurement Techniques and Methods
  • P05 Renewable Energy System Sensors
  • P06 High Frequency Measurement Techniques and Sensors
  • P07 Embedded Digital Signal Processing for Sensors
  • Q01 Capacitors and Supercapacitors
  • Q02 Inductors and Transformers
  • Q03 Magnetic Materials
  • Q04 Resistors, Varistors, Thermistors
  • Q05 Fuses
  • Q06 Dielectric and Insulation Materials
  • Q07 Connectors and Interface Technologies
  • R01 Reliability and Availability of Power Electronics Systems
  • R02 Fail-Safe and Fault-Tolerant Applications
  • R03 Redundancy Concepts in Power Electronics
  • R04 Life Cycle Cost Analysis
  • R05 Stress Monitoring and Lifetime Predictions
  • S01 Cybersecurity Technologies in Power Electronics Systems
  • S02 Smart Drives
  • S03 Smart Grid Communication Technologies
  • S04 IoT
  • S05 Micro Grids, E-LANs (Energy networks) and IoE (Internet of Energy)
  • S06 Communication and Cybersecurity for Electric cars

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