| 2022.08 ~ 2022.12 |
Analysis of Tendency of Core Loss by Switching Frequency |
ADT |
| 2022.06 ~ 2023.05 |
The development of optimization design process and parameter calculation program for induction motor new technology development |
Hyundai NGV |
| 2022.05 ~ 2023.05 |
The development of analytical modeling for performance prediction of HVAC load system |
Hyundai NGV |
| 2022.05 ~ 2023.02 |
Development of high-efficiency spoke type (Ribless) motor technology |
LG Electroincs |
| 2022.05 ~ 2023.02 |
Design of traction motor for commercial vehicle to improve fuel efficiency and reduce vibration |
Hyundai NGV |
| 2022.02 ~ 2023.02 |
Development of high-efficiency, low-noise/low-vibration technology under low-speed conditions of a recipro compressor motor |
LG Electroincs |
| 2022.01 ~ 2022.12 |
Design of Rear Wheel Induction Motor for Dual Motor Driven EV and Development of Efficiency Improvement Technology |
POSCO |
| 2021.12 ~ 2023.02 |
Development of Magnetic Gear Design Technology for Home Applications |
Samsung Electronics |
| 2021.12 ~ 2022.08 |
Electromagnetic Design of Traction Motor for e-Mobility |
Mando |
| 2021.11 ~ 2023.12 |
Back End Development of Customized Design Support Service |
Korea Automotive Technology Institute |
| 2021.11 ~ 2021.12 |
Establishing Performance Analysis Model of Oscillating Water Column Wave Power Synchronous and Induction Generator |
KRISO (Korea Research Institute of Ships & Ocean Engineering) |
| 2021.10 ~ 2022.07 |
Magnetic Circuit Design for Low Noise and Vibration Motor of Repulsion Force Control System |
Hyundai Mobis |