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Electromagnetic Energy Conversion Laboratory
Next-Generation Electromagnetic Systems for High-Efficiency Electromagnetic Energy Conversion: Integration of Electromagnetic Field Analysis, AI, and Measurement Technologies for Inductors, Transformers, and Motors
Our laboratory conducts research on next-generation electromagnetic systems by integrating electromagnetic field analysis (FEM), AI, and measurement technologies, focusing on magnetic devices such as inductors, transformers, and motors, with the aim of achieving highly efficient conversion of “electromagnetic energy.” By paying close attention to the roles that magnetic components play in power conversion circuits, we aim to establish design guidelines that balance high performance and high reliability, while clarifying loss-generation mechanisms through the “visualization” and modeling of electromagnetic phenomena.
College of Systems Engineering and Science
- Faculty Name
- SATO, Yuki
- Laboratory location
- No.5 Building OMIYA Campus 3F 5332-1
This lab is for this SDG activity:
STUDY FIELDS
- Electrical Engineering
- Magnetics Engineering
- Power Electronics
RESEARCH THEMES
- Electromagnetic Analysis and Modeling of Motors and Magnetic Devices Considering High-Frequency Electromagnetic Phenomena
- Prediction of Magnetic Material and Magnetic Component Characteristics Using AI and Data-Driven Technologies
- High-Efficiency Wireless Power Transfer and Electromagnetic Energy Conversion Systems