The Korea Electrotechnology Research Institute (KERI) agreed with the Central Research Institute of Electric Power Industry (CRIEPI) of Japan and the China Electric Power Research Institute (CEPRI) on cooperation in developing state of the art electric technologies, including Smart Grids and new renewable energies. The three leading electric power think tanks reached the agreement through a workshop held at KERI in Changwon, South Gyeongsang Province on Sept. 15-16.
In addition to those leading research institutes from the three countries, experts from the Taiwan Power Research Institute (TPRI) and the Korea Electric Power Research Institute (KEPRI) also took part in the workshop as observers. About 40 experts from Korea, China and Japan presented more than 20 theses on the intelligent Smart Grid and new renewable energies.
Participants in the workshop, including Lyu Tae-hwan, president of the KERI, agreed to step up cooperation in electric power systems, electrical diagnosis, microgrid, superconduction, and new materials technologies, which can contribute to developing each country's electric technologies.
The three institutes also agreed to give priority to seeking cooperation in developing technologies for Smart Grid, which can contribute to developing the national economy, and to exchange experts and information on related technologies.
The three institutes decided to hold next year's conference in Japan.
Theses presented during the workshop follow:
- Circuit Design Parameter Estimation of Impulse Generator and its Application to the Lightning Impulse Current Generator (Mr. Sug-Hun, CHANG)
- Test Results of 100kW KERI Microgrid Pilot Plant (Mr. Jin-Hong, JEON)
- RuBee Application in Underground Power System (Mr. Jae-Duck, LEE)
- Practical Application Schemes of 22.9kV HTS Cable and FCL in Korea (Dr. Jae-Young, YOON)
- Advanced Generation Applications Development for Korean Energy Management System [K-EMS](Dr. Jeong-Ho, LEE)
- Synchrophasor Based Real Time Monitoring System Development and its Application to Korea Power System[K-WAMS](Dr. Taih-Hyun, KIM)
- Development of System and Programs for Real Time DR[Demand Response](Dr. Dong-Joon, SHIN)
- Novel Complex Denoising Algorithm for Partial Discharge Signals of Generators(Mr. Young-Woo, YOUN)
- Power Generation by Tidal Current in Jin-Do Island[Renewable Energy](Dr. Do-Hyun, KANG)
- 4-Hi mototronics[Mechatronics](Dr. Dae-hyun, KOO)
- R&D of High Temperature Superconducting Devices at KERI (Dr. Ki-Chul, SEONG)
- Development of High-current SiC Schottky Barrier Diode for Photovoltaic Generation System (Dr. Sang-Choel KIM)
- Insulation Nanomaterials: Electrical Properties of PAI-CS Nanohybrid Coating Film for Magnetic Enameled Wire (Dr. Se-Won, HAN)
- Smart Grid: PLC communication technology for Advanced Metering Infrastructure (Dr. Young-Hwa, Kim)
- Development of High-Power SiC Zener Diodes (Dr. Tetsuya Miyazawa)
- Operation planning method for heat pump water heater considering cooperation with photovoltaic generation system－Evaluation of reverse power flow control using heat pump water heater (Dr. Kenichi Tokoro)
- Performance analysis on battery energy storage system to smooth out output fluctuation of wind farm by data obtained through demonstration test (Dr. Katsuhisa Yoshimoto)
- R&D Overview of Materials Science Research in CRIEPI (Dr. Tetsuo Matsumura)
- Experimental Study on Temperature Measurement of Underground Cable by Fiber Bragg Grating (FU Yongchang)
- The present situation and development Prospect of Photovoltaic (FU Yongchang)
- Research on Key Technologies of High Temperature SMES by using YBCO Coated Conductor (ZHU Jiahui)
- The Applied Research of Large-scale all-vanadium redox flow battery system (ZHU Jiahui)
- Analysis on Stability Characteristics and Security of UHV Synchronous Power Grid (LIANG Caihao)
- A Study on Microgrid Standard System in China (LIANG Caihao)
- Field experience with dynamic voltage restorer[DVR](WANG Tongxun)
- Communication Technology Research of Advanced Metering Infrastructure (LI Jianqi)
