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european conference on power electronics and applications | 2015

Traction inverter system with Lithium-ion batteries for EMUs

Masataka Ayata; Naoki Kusano; Takeshi Shinomiya; Keisi Suzuki; Satoru Inarida; Yoichi Fukushima; Hidemitsu Koike

Traction inverter system with Lithium-ion batteries for electric multiple units (EMUs) is developed in order to utilize the regenerative electric energy and to reduce peak power at substations. In the system, Lithium-ion batteries unit is connected to the DC link of the traction system in parallel via the DC-DC converter which controls storing and supplying battery power. In powering mode of the train, this system reduces peak power at substations by supplying electric power from the batteries unit. In braking mode of the train, this system prevents getting higher of overhead line voltage by storing excess regenerative power, and saves energy consumption by using battery energy for train powering. This system is installed in one of the Seibu 20000 series which are the commuter trains of SEIBU Railway Company. The traction system with Lithium-ion batteries for EMUs has been evaluated in commercial operations on the Seibu Sinjuku Line since October 2013, and it is confirmed that this system can save energy consumption of 26% and peak power at substations is reduced by 13%. This trial in commercial operations is continued until September 2015.


Archive | 2011

Rotator Control Device, Rotator System, Vehicle, Electric Car and Electric Generation System

Yoshitaka Iwaji; Daigo Kaneko; Kento Mochizuki; Takeshi Shinomiya; Daisuke Kori; Seikichi Masuda


Archive | 2010

Railway system including power feeding equipment installed on railway track between stations

Takeshi Shinomiya; Eiichi Toyota; Motomi Shimada


Archive | 2011

Traction system for trainset

Motomi Shimada; Takashi Kaneko; Kento Mochizuki; Takayoshi Nakamura; Takeshi Shinomiya


Archive | 2014

DC power supply device and control method thereof

Takeshi Shinomiya; Tetsuo Kojima; Tetsu Sugiura; Takehiro Kawamoto; Kazufumi Muraoka


Archive | 2012

DC power supply including resonant circuit for reducing switching losses

Tetsuo Kojima; Yuichiro Nozaki; Masafumi Makino; Takeshi Shinomiya; Tetsu Sugiura


Electrical Engineering in Japan | 2018

Charge and Discharge Control to Save Regeneration Energy for Overhead Line and Energy Storage Device Hybrid Power Source Three-Level Inverter

Yuko Asano; Yoshiki Ohno; Soichiro Kurita; Keiichiro Kondo; Takeshi Shinomiya; Katsumi Ishikawa


Ieej Transactions on Industry Applications | 2017

Charge and Discharge Control to Save Regeneration Energy for Overhead Line and Energy Storage Device Hybrid Power Source Three Level Inverter

Yuko Asano; Yoshiki Ohno; Soichiro Kurita; Keiichiro Kondo; Takeshi Shinomiya; Katsumi Ishikawa


Archive | 2015

Drive control system and mobile unit including the drive control system

Motonari Suzuki; Keiko Teramura; Masataka Ayata; Takeshi Shinomiya; Tsutomu Miyauchi


Archive | 2015

Antriebsstreuersystem und fahrbare Einheit, die das Antriebs- steuersystem enthält

Motonari Suzuki; Masataka Ayata; Takeshi Shinomiya; Keiko Teramura; Tsutomu Miyauchi

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