| 2026.03 ~ 2031.02 |
Research on Optimal Design and Control Techniques for Dynamic Variable Gear Ratio Magnetic Gear Considering Mechanical and Control-based Backdrivability |
National Research Foundation of Korea |
| 2026.03 ~ 2027.02 |
Development of a Load Torque Prediction Methodology and a Coupled Analysis Framework for DD Motors |
LG Electronics |
| 2026.03 ~ 2026.12 |
Design and Characteristic Analysis of Six-Phase Wound-Rotor Synchronous Generator Coupled with Diode Rectifier |
Hanyang University ERICA |
| 2026.02 ~ 2027.02 |
Data-Driven Synchronous Machine Design Using AI Learning |
LG Magna |
| 2026.01 ~ 2026.04 |
Development of motor concepts for surpassing torque density limits |
LG Electronics |
| 2025.12 ~ 2026.11 |
Low-profile motor development |
LG Electronics |
| 2025.09 ~ 2028.09 |
Inductance calculation and analysis of wound-field synchronous motors |
Koreak Electronics Technology Institute |
| 2025.09 ~ 2026.08 |
Development of an Induction Motor Analysis Process Considering PWM and Improved Parameter Analysis |
Hyundai Motor Company |
| 2025.08 ~ 2026.08 |
Development of Axial Flux Motor Design Technology for Recipro compressor |
Samsung Electronics |
| 2025.06 ~ 2026.06 |
Development of Optimization Techniques Based on Equivalent Magnetic Circuit Models of Induction Motors |
Hyundai Motor Company |
| 2025.06 ~ 2026.05 |
Development of design and control technologies for performance enhancement of low-cost two-phase motor systems |
Hyundai Motor Company |
| 2025.05 ~ 2026.01 |
Development of in-wheel motor design and manufacturing technology for future mobility vehicles |
POSCO |