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Development of Wireless Power Transfer Systems
Wireless power transfer system for biomedical
![EMC LAB 1 3b10dd6268edfd05927f2645bf6a8992](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/3b10dd6268edfd05927f2645bf6a8992.png)
Various of implantable medical device (IMD)
Concept of the IMD with wireless power transfer technology (a) pacemaker, (b) Deep brain stimulator
- Modeling and design of biomedical wireless power transfer coils
- Investigation of the human body impact in biomedical wireless power transfer systems
Wireless power transfer system in conductive medium
![EMC LAB 2 a2f1b2d6bca4c3be5f20f48794c9de2f](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/a2f1b2d6bca4c3be5f20f48794c9de2f.png)
Underwater WPT system
Loss analysis of WPT system in conductive medium
- Development of an underwater wireless power transfer system
- Research on losses in wireless power transfer systems within conductive medium
Wireless power transfer system for electric vehicle and automated guided vehicle
![EMC LAB 3 731f996f14205d36610d7d33206f2591](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/731f996f14205d36610d7d33206f2591.png)
WPT for Electric Vehicles (15 kW)
WPT for automated guided vehicles (AGVs) (4 kW)
- Wireless power transfer system coil design for electric Vehicle and automated guided vehicle
- Wireless power transfer system development for electric Vehicle and automated guided vehicle
Magnetic energy harvesting system
![EMC LAB 4 c97a0f2fde6f59e3a91e9c8f8fd0c759](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/c97a0f2fde6f59e3a91e9c8f8fd0c759.png)
Magnetic energy harvester
- Design of energy harvesting system using magnetic field of transmission lines
- Power supply to peripheral devices using energy harvester
EMC/SI/PI
Reactive shielding method
![EMC LAB 5 66186e161e109b5fa1d48bf8a396db0f](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/66186e161e109b5fa1d48bf8a396db0f.png)
Magnetic shielding using reactive coil
- Various shielding technologies development for reactive shielding
- Magnetic shielding technology development using reactive coils
EMC optimal design using AI
![EMC LAB 6 bfa9d887c7667a70f7b4de2a9cfd7ea2](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/bfa9d887c7667a70f7b4de2a9cfd7ea2.png)
AI based engineering design
- Analysis and resolution of EMC issues using AI
- Optimized package design using AI
Modeling of various channel pattern in the server board
![EMC LAB 7 587aa77738c3a7197a6ea87d9592c647](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/587aa77738c3a7197a6ea87d9592c647.png)
A conceptual illustration of signaling channel application to server board
- Modeling various shape channel patterns through simulation
- Optimization through electrical characteristic analysis of designed patterns
Electromagnetic field (EMF) human exposure
![EMC LAB 8 de9509e541bd317bc03f78211bcf0457](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/de9509e541bd317bc03f78211bcf0457.png)
![EMC LAB 9 d734e9c60f7a0136181e016aff50c1bc](https://mo.kaist.ac.kr/wp-content/uploads/2022/09/d734e9c60f7a0136181e016aff50c1bc.png)
Analysis of EMF human exposure using simulation
- Analysis of magnetic field human exposure through simulation
- Establishment and standardization of magnetic field human exposure regulations