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Dive into the research topics where Shin-ichi Hase is active.

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Featured researches published by Shin-ichi Hase.


the international power electronics conference - ecce asia | 2010

Application of energy storage system for railway transportation in Japan

Akinobu Okui; Shin-ichi Hase; Hidenori Shigeeda; Takeshi Konishi; T. Yoshi

The electrical energy is easily controllable compared with other energy. In addition, the electrical energy has an advantageous feature for environment. The electrical energy is also used as the driving energy of the rolling stock in railway. On the other hand, to supply the electric energy with stability, the power supply system needs to have a sufficient supply capacity for demand. The feature of the electric power used in electric railways is that the peak power is large and the average power is low. This is a factor of the power cost increase. Moreover, electric railway is increasing effective use for the resurrection energy of the vehicle and the necessity of the voltage descent measures. In addition, an electric railway needs effective use of regenerating energy from rolling stock for energy conservation, and the measure against a voltage drop. To apply the energy storage system to electric railways is one method to solve these problems. This paper describes the example of application and future view of the energy storage system for DC-electric railway in Japan.


Quarterly Report of Rtri | 2004

Energy Storage System for DC Electrified Railway Using EDLC

Takeshi Konishi; Shin-ichi Hase; Yoshinobu Nakamichi


Ieej Transactions on Industry Applications | 2003

Application of Electric Double-layer Capacitors for Energy Storage on Electric Railway

Shin-ichi Hase; Takeshi Konishi; Akinobu Okui; Yoshinobu Nakamichi; Hidetaka Nara; Tadashi Uemura


Archive | 2000

Dc power supply facility for electric railroad

Shin-ichi Hase; Tadashi Kamimura; Yoshifumi Mochinaga; Yoshinobu Nakamichi; Hideo Watanabe; 正 上村; 好信 中道; 芳文 持永; 秀夫 渡辺; 伸一 長谷


Archive | 1992

Linear magnetization mover motor due to linear force resulting from the interaction between magnetostatic induction element and electromagnetic coil

Yasutsugu Ohki; Shin-ichi Hase; Hiroyasu Toda; Kouichi Matsuoka; Tetsuo Uzuka


Quarterly Report of Rtri | 2004

OPTICAL FIBER CURRENT TRANSFORMER APPLICATIONS ON RAILWAY ELECTRIC POWER SUPPLY SYSTEMS

Masami Hino; Shin-ichi Hase; Kohji Ajiki; Masataka Akagi


Quarterly Report of Rtri | 2007

Verification Tests of Energy Storage System for DC Electrified Railways Using EDLC

Takeshi Konishi; Shin-ichi Hase; Yoshinobu Nakamichi


Ieej Transactions on Power and Energy | 2000

Development of Single Phase Feeding Power Conditioner for Shinkansen Depot

Yoshifumi Mochinaga; Tetuo Uzuka; Shin-ichi Hase; Yasuji Hisamizu; Yoshio Ishizeki


Archive | 1995

Ac feeding method for railroad

Shin-ichi Hase; Yoshifumi Mochinaga; Tetsuo Utsuka; 哲夫 兎束; 芳文 持永; 伸一 長谷


Ieej Transactions on Industry Applications | 2008

Experimental Analysis of Voltage Drop Compensation in a DC Electrified Railway by Introducing an Energy Storage System Incorporating EDLCs

Takeshi Konishi; Shin-ichi Hase; Yoshinobu Nakamichi; Hidetaka Nara; Tadashi Uemura

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Yoshifumi Mochinaga

Railway Technical Research Institute

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Takeshi Konishi

Railway Technical Research Institute

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Yoshinobu Nakamichi

Railway Technical Research Institute

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Tetsuo Uzuka

Railway Technical Research Institute

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Akinobu Okui

Railway Technical Research Institute

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Masataka Akagi

East Japan Railway Company

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Ikuo Watanabe

Railway Technical Research Institute

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Keiji Kawahara

Railway Technical Research Institute

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