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- Hiromu Kobayashi
Hiromu Kobayashi
Research Advisor, Ph.D.(Engineering)
Born in Hokkaido
Hokkaido University, Faculty of Engineering, Department of Electronic Engineering (Bachelor's Degree Program), Tokyo University of Agriculture and Technology (Doctoral Program)
[Field of reseach] Renewable energy, power distribution system
Project
Aiming to facilitate the popularization of renewal energy in harmony with power systems
During the second oil crisis, while studying solar cells at university, Kobayashi joined the Central Research Institute of Electric Power Industry to participate in the Sunshine Project as an alternative energy and power system specialist. He is working on a wide range of issues associated with the popularization of renewable energy, such as technologies that enable stable connection of solar power to power distribution lines and using heat pumps and storage batteries to absorb excess power during the day.
[Awards and Accolades]
62nd (2017) Shibusawa Award
Related paper: "Detecting Condition of Islanding Prevention Method by 3rd Harmonic Voltage Detection for PV Power Generating Systems" The transactions of the Institute of Electrical Engineers of Japan B, 116, 1, pp. 27-34 (1996)
"Islanding Prevention Technique by the Active/Passive Series Method Applied to PV Power Generation Systems Interconnected to The Grid with High Density" The transactions of the Institute of Electrical Engineers of Japan B, 120, 3, pp. 433-440 (2000)
Research
Reports
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Demonstration Test of Influence of Voltage Sag on Photovoltaic Power Generation and Wind Power Generation
Research Report : R10037 -
Stable Operation Technique for PCS of PV Power Generation at Grid Recovery after Voltage Sag
Research Report : R09015 -
Development of Islanding Detection Measure for PV Power Generation to Achieve Stable Operation in Grid Frequency Variation
Research Report : R08013 -
Development of Transient Analysis Model of Grid Interconnected PCS for Photovoltaic Power Generation
Research Report : R07027 -
Development of Operation Control Techniques for the Autonomous Demand Area Power System
Research Report : R08