* The research achievements of Prof. Kondo before 2017 involve students other than Waseda University.
- Year
- Transaction and conference
- Research theme
applied study of energy storage devices and fuel cells
| Date | Transaction and conference |
Author | Title | Locations | No. | Research theme | Society |
|---|---|---|---|---|---|---|---|
| 2023.8.24 |
national conferences and papers |
Shunsuke Jindo Keiichiro Kondo Minoru Kondo Toshihide Yokouchi |
Charge and Discharge Control Using Reinforcement Learning for Parallel Resonant PMSG System in Series Hybrid Vehicle |
WEB+Onsite(Nagoya Institute of Technology.) |
R5-9, 5-43 |
applied study of energy storage devices and fuel cells |
2023 IEE-Japan Industry Applications Society Conference |
| 2023.5.22 |
international conferences and papers |
Ryo Kimura Yuki Hiratsuka Keiichiro Kondo Shunya Sakamoto Kensuke Sasaki |
Power control strategies Based on Peak and Frequency for Hybrid Type Batteries |
PACIFICO YOKOHAMA, JAPAN |
C12-BAT 20231036 |
applied study of energy storage devices and fuel cells |
EVTeC 2023 6th International Electric Vehicle Technology Conference 2023 |
| 2023.3.30 |
international conferences and papers |
Shunsuke Jindo |
Sizing the energy source and battery for electrical driven railway vehicles for non-electrified lines |
Venice |
AFTERNOON SESSION |
applied study of energy storage devices and fuel cells |
Electrical Systems for Aircraft, Railway, Ship Propulsion and Road Vehicles (ESARS) and International Transportation Electrification Conference Venice |
| 2022.12.7 |
national conferences and papers |
Kana Matsunaga |
Method to Determine Fuel Cell and Battery Capacity from the Loss Energy Characteristics of Lithium-Ion Battery Capacity for Fuel Cell Hybrid Railway Vehicles for Non-electrified Lines |
National Olympics Memorial Youth Center |
S3-2-1 |
applied study of energy storage devices and fuel cells |
J-RAIL2022 |
| 2023.5 |
academic journal |
Shunsuke Jindo |
Power Generation Control Method of Fixed-power Parallel Resonant PMSG System for Series Hybrid Vehicle |
– |
Vol. 12, No.3 |
applied study of energy storage devices and fuel cells |
IEEJ Journal of Industry Applications |
| 2022.12.4 |
international conference(Key note speech) |
Keiichiro Kondo |
Impact of the Wireless Power Transmission System to Reduce the on-Board Battery for Battery Electric Railway Vehicle |
WEB |
– |
applied study of energy storage devices and fuel cells wireless power transmission |
ICWPT2022 |
| 2022.8.31 |
national conferences and papers |
Shunsuke Jindo |
Reinforcement Learning Models for Charge and Discharge Control in Hybrid Railway Vehicles |
WEB+Onsite(Sophia Univ.) |
R5-8, 5-34 |
applied study of energy storage devices and fuel cells |
2022 IEE-Japan Industry Applications Society Conference |
| 2022.8.31 |
national conferences and papers |
Kana Matsunaga |
Evaluation of Relationship between Installed Fuel Cell Power and Lithium-Ion Battery Capacity for Fuel Cell Hybrid Railway Vehicles on heavy load line |
WEB+Onsite(Sophia Univ.) |
R5-8, 5-33 |
applied study of energy storage devices and fuel cells |
2022 IEE-Japan Industry Applications Society Conference |
| 2022.8.26 |
national conferences and papers |
Kana Matsunaga |
Relationship between Load Condition and Specifications of Battery-equipped Hybrid Railway Traction System for Non-electrified Lines |
WEB |
6-6 |
applied study of energy storage devices and fuel cells |
IEEJ Tokyo Branch |
| 2022.8.26 |
national conferences and papers |
Taisiei Sugimoto |
Analysis of DC-Link Voltage Fluctuation in Electric Vehicle Drive System with Battery Voltage Boosted by a Two-Quadrant Chopper |
WEB |
7-7 |
applied study of energy storage devices and fuel cells |
IEEJ Tokyo Branch |
| 2022.6.9 |
national conferences and papers |
Ryo Kimura |
A study of factors determining the energy storage volume for hybrid power source electric vehicles |
WEB+Onsite |
MD-22-074 |
applied study of energy storage devices and fuel cells |
The Papers of Joint Technical Meeting on “Motor Drive”, “Rotating Machinery” and “Vehicle Technology”, IEE Japan |
| 2022.5.15-19 |
international conferences and papers |
Shunya Sakamoto |
Study on Power Source Properties Suitable for Volume Minimization in Electric Vehicle Hybrid Power-Source System |
Hybrid(Himeji + WEB) |
18H3-3 |
applied study of energy storage devices and fuel cells |
International Power Electronics Conference 2022 |
| 2022.5.15-19 |
international conferences and papers |
Shunsuke Jindo |
Power Generation Control Method of Parallel Resonant PMSG System for Series Hybrid Vehicle |
Hybrid(Himeji + WEB) |
18F3-2 |
applied study of energy storage devices and fuel cells |
International Power Electronics Conference 2022 |
| 2022.3.22 |
academic journal |
Tadashi Mizobuchi Keiichiro Kondo Yosuke Dairaku Takeshi Shinomiya Katsumi Ishikawa |
Energy-Management Method to Reduce the Capacity of Lithium-ion Batteries in Hybrid-Voltage-Source Three-Level Inverter for DC-Electrified Railway Vehicles |
– |
vol. 3, pp. 41-55 |
applied study of energy storage devices and fuel cells |
IEEE Open Journal of Industry Applications |
| 2021.8.27 |
national conferences and papers |
Yuki Hiratsuka |
キャパシタハイブリッドシステムにおける2象限チョッパの損失評価 |
WEB |
– |
applied study of energy storage devices and fuel cells |
IEEJ Tokyo Branch |
| 2021.8.27 |
national conferences and papers |
Shunsuke Zindo |
ハイブリッドディーゼル車における電池の搭載による 省エネルギー化メカニズムの解明 |
WEB |
– |
applied study of energy storage devices and fuel cells |
IEEJ Tokyo Branch |
| 2021.6.20-23 |
international conferences and papers |
Ryo Kimura |
A Method to Design A Power Flow and Energy Management Controller for Battery and EDLC Hybrid Electric Vehicle |
WEB |
KD-002429 |
applied study of energy storage devices and fuel cells |
The 30th International Symposium |
| 2021.6.11 |
academic journal |
Hiroyasu Kobayashi |
Control Method for Increasing Motor Power of DC-electrified Railway Vehicles with an Onboard Energy Storage System |
– |
Vol. 10, No. 5, pp. 520-527 |
applied study of energy storage devices and fuel cells |
IEEJ Journal of Industry Applications |
| 2021.3.2 |
national conferences and papers |
Kota Sato Keiichiro Kondo Hiroyasu Kobayashi Daisuke Akashi Makoto Chida |
A Method to Design Power Control System of Wayside Energy Storage System in DC-electrified Railway |
WEB |
TER-21-026, MSS-21-019, pp. 1-6 |
applied study of energy storage devices and fuel cells |
The Papers of Joint Technical Meeting on “Transportation and Electric Railway”and，”Micro senser system”，IEE Japan |
| 2020.11.24-27 |
international conferences and papers |
Tadashi Mizobuchi |
Energy Management of Battery on Hybrid Voltage Source Three Level Inverter for Energy Saving Railway Vehicles |
WEB |
DG3L-5, pp. 1089-1094 |
applied study of energy storage devices and fuel cells |
The 23rd International Conference on Electrical Machines |
| 2018.7.2-3 |
national conferences and papers |
Yosuke Dairaku |
Analysis of 3rd Harmonic Wave Superposition on Battery Current of Hybrid Voltage Source Three Level Inverter |
Hokkaido University, |
SPC-18-096 |
applied study of energy storage devices and fuel cells |
The papers of technical meeting on semiconductor power converter, IEE Japan |
| 2018.5.20-24 |
international conferences and papers |
Hiroyasu Kobayashi |
A Theoretical Analysis on Static Characteristics of Voltage Based Control Method and Current Based Control Invited Paper Method for the Wayside Energy Storage System in DC-Electrified Railway (invited paper) |
Niigata， |
23H2-1 |
applied study of energy storage devices and fuel cells |
International Power Electronics |
| 2018.5.17 |
national conferences and papers |
Yosuke Dairaku |
Energy Management of Energy Storage Devices on Hybrid Voltage Source Three Level Inverter for Energy Saving in Railway Vehicle Running |
Lutheran Ichigaya Center, |
TER-18-057 |
applied study of energy storage devices and fuel cells |
The papers of Technical Meeting on “Transportation and Electric Railway”, IEE Japan |
| 2018.5.17 |
national conferences and papers |
Kenichi Ogawa |
Energy strategy for reduction installed fuel cell power for fuel cell hybrid railway vehicle |
Lutheran Ichigaya Center, |
TER-18-056 |
applied study of energy storage devices and fuel cells |
The papers of Technical Meeting on “Transportation and Electric Railway”, IEE Japan |
| 2014.3.18-20 |
national conferences and papers |
Keiichiro Kondo |
鉄道電力供給における蓄電装置応用 まとめと総合討論 |
Ehime University, |
5-S27-7, |
applied study of energy storage devices and fuel cells |
平成26年 電気学会全国大会 |
| 2014.3.7 |
national conferences and papers |
Hiroyasu Kobayashi |
An Experimental Study on a Method to Power Control of Wayside Energy Storage System for Energy Saving |
Tokiwasure Kaikatei |
TER-14-006， |
applied study of energy storage devices and fuel cells |
電気学会 交通・電気鉄道/フィジカルセンサ |
| 2014.2.1 |
academic journal |
Tatsuhito Saito |
Simple Power Flow Control Method for Reducing the Power Source Capacity and Managing the Storage Energy for Hybrid Power Source Electric Vehicles |
– |
Vol. 134， |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2014.1.1 |
national conferences and papers |
Akira Shimada |
Study on the Output Voltage Characteristics of the Unbalanced Input Voltage Three-Level Inverter |
– |
Vol. 134， |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2013.12.3-5 |
national conferences and papers |
Hiroyasu Kobayashi |
地上蓄電装置のエネルギーマネジメントを考慮した電力制御法 |
National Olympics Memorial Youth Center, |
S.3.1.3 |
applied study of energy storage devices and fuel cells |
J-RAIL2013 |
| 2013.11.10-13 |
national conferences and papers |
Kenta Tsukahara |
A Study on Methods to Design and Select Energy Storage Devices for Fuel Cell Hybrid Powered Railway Vehicles |
Vienna, |
TT12-5 |
applied study of energy storage devices and fuel cells |
Annual Conference of the IEEE Industrial |
| 2013.11.1 |
national conferences and papers |
Naoki Shiraki |
Evaluation of Design Method for Engine Output Power and Battery Energy Capacity for Lithium-Ion Battery Hybrid Diesel Railway Vehicles |
– |
Volume 185, |
applied study of energy storage devices and fuel cells |
Electrical Engineering in Japan |
| 2013.8.28-30 |
national conferences and papers |
Yuki Noumi |
電池・キャパシタハイブリッド電源システムにおける電池の長寿命化, 損失低減に適した蓄電装置搭載質量の決定法 |
Yamaguchi University, |
4-13, |
applied study of energy storage devices and fuel cells |
平成25年電気学会産業応用部門大会 |
| 2013.8.28-30 |
national conferences and papers |
Keiichiro Kondo |
移動体エネルギーストレージデバイスの技術動向(2) ～ハイブリッドレーシングカーへの適用～ |
Yamaguchi University, |
4-S7-8, |
applied study of energy storage devices and fuel cells |
平成25年電気学会産業応用部門大会 |
| 2013.7.1 |
international conferences and papers |
Kenji Takizawa |
A Method for Designing the Power and Capacitance of Fuel Cells and Electric Double-Layer Capacitors of Hybrid Railway Vehicles |
– |
Volume 184, |
applied study of energy storage devices and fuel cells |
Electrical Engineering in Japan |
| 2013.5.22-24 |
national conferences and papers |
Keiichiro Kondo |
電池・キャパシタハイブリッド電気自動車における蓄電素子の長寿命化と低損失化の検討 |
PACIFICO Yokohama, |
14-13，74 |
applied study of energy storage devices and fuel cells |
2013 Spring Conference, Society of Automotive Engineers of Japan, Inc. |
| 2015.3.24-26 |
national conferences and papers |
Yu Takaiwa |
燃料電池自動車の燃料電池出力と蓄電装置容量の決定法に関する検討 |
Tokyo City University, |
4-209, |
applied study of energy storage devices and fuel cells |
平成27年電気学会全国大会 |
| 2015.3.19 |
international conferences and papers |
Flavio Ciccarelli |
Line-Voltage Control Based on Wayside Energy Storage Systems for Tramway Networks |
– |
Vol.31, |
applied study of energy storage devices and fuel cells |
IEEE TRANSACTIONS ON POWER |
| 2014.10.29-11.1 |
international conferences and papers |
Yuki Noumi |
A Study on Energy Management Controller of EDLC for Batteries and Capacitors Hybrid Electric Vehicle |
Dallas, TX, |
DD-006556 |
applied study of energy storage devices and fuel cells |
The 40th Annual Conference of the IEEE |
| 2014.9.26 |
national conferences and papers |
Yoshiki Ohno |
Comparison Study on the Loss of Traction System with the Battery and Capacitor Hybrid System for Electric Vehicles |
Tokyo University of Science |
VT-14-035 |
applied study of energy storage devices and fuel cells |
The papers of Technical Meeting on “Transportation and Electric Railway”, IEE Japan |
| 2016.3.16-18 |
national conferences and papers |
Yuko Asano |
架線電圧と蓄電素子のハイブリッド電源3レベルインバータの蓄電 素子のエネルギー管理法 |
Tohoku University, |
5-198 |
applied study of energy storage devices and fuel cells |
平成28年電気学会全国大会 |
| 2016.3.16-18 |
national conferences and papers |
Shinsuke Akita |
直流電気鉄道での地上蓄電装置における電力制御系の一設計手法 |
Tohoku University, |
5-200 |
applied study of energy storage devices and fuel cells |
平成28年電気学会全国大会 |
| 2016.3.16-18 |
national conferences and papers |
Keiichiro Kondo |
Application technologies of energy storage devices to railway vehicle traction |
Tohoku University, |
4-S21-3 |
applied study of energy storage devices and fuel cells |
平成28年電気学会全国大会 |
| 2016.3.3 |
national conferences and papers |
Suguru Hiramatsu |
A Study on a design guideline of charging and discharging control of the wayside energy storage device in consideration of the light-load regenerative control at the time of the wayside energy storage device introduced |
WINC AICHI, |
TER-16-015 |
applied study of energy storage devices and fuel cells |
The papers of Technical Meeting on “Transportation and Electric Railway”, IEE Japan |
| 2016.1.1 |
academic journal |
Naoki Shiraki |
Method to Determine Fuel Cell Output Power and Capacitance of Electric Double Layer Capacitor for a Traction System of Hybrid Powered Railway Vehicles Considering Output Delay of Fuel Cell |
– |
Vol. 136， |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2015.10.1 |
academic journal |
Tatsuhito Saito |
Design Method of a Frequency Domain Based Power Controller for Overhead Line and Electric Double Layer Capacitor Hybrid Railway Vehicles |
– |
Vol. 135， |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2015.9.8-10 |
international conferences and papers |
Hiroyasu Kobayashi |
A Study on A Designing Guideline of Energy Capacity of Wayside Energy Storage Devices in DC-Electrified Railway Systems |
Geneva, |
466 |
applied study of energy storage devices and fuel cells |
17th European Conference on Power |
| 2015.8.28 |
international conferences and papers |
Yoshiki Ohno |
A Power Distribution Control Method for Unbalanced Input Voltage Three Level Inverter to Cut Peak Power of the Battery |
– |
Hokkaido University, Hokkaido |
applied study of energy storage devices and fuel cells |
SPC-15-126 |
| 2015.8.28 |
national conferences and papers |
Soichiro Kurita |
A Study on an Energy Management Method of the Unbalanced Input Voltage Three Level Inverter for Railway Vehicle Traction |
Hokkaido University, Hokkaido |
SPC-15-125 |
applied study of energy storage devices and fuel cells |
The papers of Joint Technical Meeting on Rotating Machinery, Semiconductor Power Converter and Motor Drive, IEE Japan |
| 2015.7.1 |
academic journal |
Tatsuhito Saito |
鉄道車両への蓄電装置応用の技術動向と将来の展望 |
– |
Vol. 38， |
applied study of energy storage devices and fuel cells |
The Japan Petroleum Institute |
| 2015.5.10-13 |
international conferences and papers |
Yoshiki Ohno |
A Study on a Energy Management of EDLC for Unbalanced Input Voltage Three Level Inverter |
Coeur d’Alene, |
DF-003107 |
applied study of energy storage devices and fuel cells |
IEEE International Erectric Machines & |
| 2015.4.1 |
academic journal |
Hiroyasu Kobayashi |
A Power Control Method to Save Energy for Wayside Energy Storage Systems in DC-electrified Railway System |
– |
Vol. 135， |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2016.11.13-16 |
international conferences and papers |
Hiroyasu Kobayashi |
A Voltage Basis Power Flow Control for Charging and Discharging Wayside Energy Storage Devices in the DC-electrified Railway System |
Chiba, |
0458 |
applied study of energy storage devices and fuel cells |
International Conference on Electrical Machines and Systems |
| 2016.11.13-16 |
international conferences and papers |
Yuko Asano |
A Power Distribution Control to Cut Peak Power of LiB and to Keep Energy of EDLC on the Hybrid Power Source Three Level Inverter for EVs |
Chiba, |
0723 |
applied study of energy storage devices and fuel cells |
International Conference on Electrical Machines and Systems |
| 2017.12.12-15 |
international conferences and papers |
Suguru Hiramatsu |
A Control Method for on Board Battery Power to Compensate the Fluctuation of Line Voltage in Caseof Long Distance Power Feeding in DC Electric Railway |
Honolulu, |
382 |
applied study of energy storage devices and fuel cells |
The 12th IEEE International Conference |
| 2017.8.29-31 |
national conferences and papers |
Hiroyasu Kobayashi |
A Basic Study on Energy Saving of Overhead Line and Energy Storage Device Hybrid Railway Vehicle by Boosting DC Link Voltage |
函館アリーナ， |
5-66 |
applied study of energy storage devices and fuel cells |
2017 IEE-Japan Industry Applications Society Conference |
| Award |
national conferences and papers |
Masato Kimura |
直流電気鉄道システムにおける地上蓄電装置の複数設置に関する研究 |
– |
applied study of energy storage devices and fuel cells |
電気学会東京支部主催 |
|
| 2020.1.24 |
national conferences and papers |
Masato Kimura |
A Proposal of Distributed Wayside Energy Storage System and Its Power Control Method for Saving Energy of DC-electrified Railway System |
Shiga, |
TER-20-031 |
applied study of energy storage devices and fuel cells |
The papers of Unified Technical Meeting on “Transportation and Electric Railway”, IEE Japan |
| 2019.10.14-17 |
international conferences and papers |
Yosuke Dairaku |
Power Flow Control of a Hybrid Voltage Source Three Level Inverter for Energy Saving of Railway Vehicle Traction System |
Lisbon, |
LD-038857 |
applied study of energy storage devices and fuel cells |
IEEE 45th Annual Conference of the Industrial Electronics Society |
| 2017.5.21-24 |
international conferences and papers |
Jongwon Heo |
Dynamics of A Minimum DC Link Voltage Driving Method to Reduce System Loss for Hybrid Electric Vehicles |
Miami, |
TP1503 |
applied study of energy storage devices and fuel cells |
International Electric Machines and Drives Conference(IEMDC2017) |
| 2019.5.27-30 |
international conferences and papers |
Kenichi Ogawa |
Energy Strategy of Fuel Cell Powered Railcars for a Reduction of Fuel Cell Power Capacity and Lithium-Ion Battery Capacity |
Busan, |
Web2-4 |
applied study of energy storage devices and fuel cells |
2019 International Conference on Power Electronics(ICPE) – ECCE Asia |
| 2017.5.1 |
academic journal |
Yuko Asano |
Charge and Discharge Control to Save Regeneration Energy for Overhead Line and Energy Storage Device Hybrid Power Source Three Level Inverter |
– |
Vol.137, |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2019.5.1 |
academic journal |
Kenichi Ogawa |
Design method of installed fuel cell power and lithium-ion battery capacity for fuel cell hybrid railway vehicles |
– |
Vol.139, |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2020.11 |
academic journal |
Yasuhiro Yoshida |
Charge/Discharge Control of Wayside battery via Reinforcement Learning for Energy-Saving Electrified Railway Systems |
– |
Vol. 140 |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |
| 2020.8 |
academic journal |
Kenichi Ogawa |
Method to Determine Fuel Cells Voltage of Fuel Cell Hybrid Powered Railway Vehicles for the Purpose of Mass Reduction of Traction Circuit for the Purpose of Mass Reduction of Traction Circuit |
– |
Vol. 140 |
applied study of energy storage devices and fuel cells |
IEEJ Transactions on Industry Applications |