Researchers

Dr. Trinh Phi Hai

Office: 7-507, Phone: +82-2-910-5581

E-mail: trinhphihai (at) kookmin.ac.kr

Optimal control and operation of microgrid;

Model predictive control for energy systems;

Voltage control for distribution systems

Hector Cho (조정현)

Office: 7-507, Phone: +82-2-910-5581

E-mail: xeltc (at) naver.com

Application of Internet-of-Things (IoT) technologies to power grids;

Design and developmentof Multi-Agent System for microgrids

Rehman Zafar

Office: 7-507, Phone: +82-2-910-5581

E-mail: rehmanzafar (at) kookmin.ac.kr

Renewable energy generation forecasting using artificial intelligence;

Optimal power flow analysis using deep neural networks

Yungsu Cho (조용수)

Office: 7-507, Phone: +82-2-910-5581

E-mail: skylark132 (at) kookmin.ac.kr

Control methods for renewable energy resources using artificial intelligence

Development of distributed energy resource management system (DERMS)

Fahmi Firdaus Angkasa

Office: 7-507, Phone: +82-2-910-5581

E-mail: fahmifirdaus(at) kookmin.ac.kr

Optimal design and control of shipboard power system with electric propulsion;

Design and control of distributed energy resources in microgrids

Hee Su Kang (강희수)

Office: 7-507, Phone: +82-2-910-5581

E-mail: hi609698 (at) kookmin.ac.kr

Modeling and application of superconducting fault current limiter (SFCL)

Development of distributed energy resource management system (DERMS)

Dong Eun Kim (김동은)

Office: 7-507, Phone: +82-2-910-5581

E-mail: kde9383 (at) kookmin.ac.kr

Modeling and application of superconducting fault current limiter (SFCL)

Development of distributed energy resource management system (DERMS)

Ji An Kim (김지안)

Office: 7-507, Phone: +82-2-910-5581

E-mail: qhsk3073 (at) kookmin.ac.kr

Design and control of shipboard power system with electric propulsion

Design and operation of stand-alone microgrid with renewable energy resources

Beom Hee Jeong (정범희)

Office: 7-507, Phone: +82-2-910-5581

E-mail: ds12bnm (at) kookmin.ac.kr

Design and control of shipboard power system with electric propulsion

Design and operation of stand-alone microgrid with renewable energy resources