IPEC'' 2026 (International Power Electronics Conference) is an academic conference held in Nagasaki, Japan on 2026-05-31. The paper submission deadline is 2025-11-14 (extended). Acceptance notifications are sent on 2026-01-30.
Track
Track 1. Semiconductor Power Conversion
New generation Power device, Passive components and materials
Power devices (Si, wide band-gap and other materials) and applications
Passive components and materials
Emerging technologies in Packaging, thermal management, system integration and Reliability (Advanced fault protection systems, Diagnostics)
Power electronic packaging
Integration and advanced manufacturing
Thermal management and advanced cooling technologies
Reliability
Advanced fault protection systems
Diagnostics
Prognostics
Advanced Power conversion topology
Power conversion topologies
Converters and systems
High power/voltage power conversion
Sophisticated Modulation, control and analysis
Modulation and control
Modeling and control of components
Latest solution for EMI and EMC
EMI and EMC
Application-oriented power converter and control
Renewable energy and energy storage
Energy conversion for information technology and communication systems
Wireless power transfer
Related power distributions:FACTS,HVDC,STATCOM
Track 2. Industrial Instrumentation and Control
Mechatronics
Haptics
Motion Control
Precision Servo Control
Robotics
Automotive Control
Data Utilization for Control
Advanced control and its industry applications
Control Applications
Automation and Process Control
Network-based Control
Advanced Control Theory
AI and signal processing for industry applications
Machine Learning
Model Predictive Control
Optimal Control
Optimization in Industry Applications
Signal Processing
Sensing and actuation technologies
Advanced Actuation Techniques
Special Actuators
Advanced Sensing Techniques
Diagnosis and Monitoring
Vision System
Sensor Fusion
Sensor Network
Track 3. Rotating Electrical Machine
Permanent Magnet Machines
Permanent Magnet Machines
Variable Flux Machines
Variable Flux Machines
Induction Machines
Induction Machines
Reluctance Machines
Reluctance Machines
Wound Field Machines
Wound Field Machines
Switched Reluctance and Flux Switching Machines
Switched Reluctance and Flux Switching Machines
Bearingless and High Speed Machines
Bearingless and High Speed Machines
Axial Flux Machines
Axial Flux Machines
Special Machines
Magnetic Gears
Rotating Actuators
Materials, Losses, Thermal, and Manufacturing Issues
Magnetic Materials
Insulation Materials
Conductive Materials
AC Losses
Additive Manufacturing
Cooling
Magnetic Field Analysis
FEM
Optimization
Applications
Transportation
Aero-Space
Home Applicances
Industy Applications
Track 4. Motor Drive and Control
Controls and Drives of Electric Machines
Controls and Drives of Electric Motors
Controls and Drives of Electric Generators
Multiple and Multi-Phase Motor Drives
Sensorless Control
Sensorless Controls and Drives of Electric Motors
Observer
Extended Electromotive Force Model
Model Predictive Control
Model Predictive Control applied for Motor Drives
Industrial Application of Model Predictive Control
Practical Technique and Implementation of Model Predictive Control
Control Theory for Motor Drives
Torque Ripple and Noise/Vibration Reduction
Control Modeling for Electric Machines
Parameter Identification for Electric Machines
Machine Learning for Motor Drives
Condition Monitoring and Diagnostics
Condition Monitoring and Diagnostics of Electric Motors
Condition Monitoring and Diagnostics for Motor Drives
Practical Technique for Condition Monitoring and Diagnostics
Practical Technique of Motor Drive Systems
EMI/EMC
Common Mode Noise
Packaging
Circuit/Drive Implementation Technique
DSP/FPGA-dependent digital control
Off-Line and Real Time Simulation
Sensors for Electric Machines
Resolver/Encoder
Current Sensor
Torque Sensor
Other Related Sensors
Track 5. Linear Drives
Linear Motors
Linear Motors
Linear Synchronous Motors
Linear Induction Motors
Linear DC Motors
Linear Reluctance Motors
Linear Generators and Energy Harvesting
Magnetic Levitation
Magnetic Bearings
Active Magnetic Suspension
Electromagnetic Suspension
Electrodynamic Suspension
Non Electromagnetic Suspension
Actuators
Linear Actuators
Multi-Degree-of-Freedom Actuators
Planar Motors
Spherical Motors
Non Electromagnetic Actuators
MEMS (Micro-Electro-Mechanical Systems)
Non-Contact Power Supply/Transmission for Linear Drives
Electromagnetic Induction type
Transformer type
Electromagnetic Resonant type
Electrically Coupled Resonant type
Microwave type
Track 6. Vehicle Electrification-related Technologies
Vehicle Electrification-related Technologies
Power Electronics Systems and Components in xEVs
Rotating Machines in xEVs
Energy Storage and Management Systems in xEVs
EV Charging Infrastructure and Management
Track 7. Power Electronics Applied to Home Appliance and V2X
Power Electronics Applied to Home Appliance and V2X
Energy saving technology for home appliances
Energy creation
Storage equipment and its control technology
Energy management system control technology for homes and buildings
Power supply equipment technology for distributed energy systems
Local virtual power plant
Vehicle to Everything
Track 8. Human Factor and Image Recognition
Human Factor and Image Recognition
Robotics
Sensing
Machine learning
Artificial intelligence
Cross reality(xR)
Image recognition
Track 9. Application of Power Electronics in Electric Railway and Related Public Transportation
Application of Power Electronics in Electric Railway and Related Public Transportation
Onboard power conversion
Traction system
Power and energy management
Electric power supply
Wayside power conversion
General power electronic application in public transportation
Track 10. Education in Electrical Engineering
Education in Electrical Engineering