KUWABATA Susumu
(Emeritus professor, Osaka University)
Storage battery Area
Program Officer（PO）
Overview
In this area, universities, national institutes, and companies will collaborate to develop innovative next-generation storage battery technology, one of the most important technologies for achieving carbon neutrality in 2050 and promote team-based research and development that seamlessly addresses from the establishment of academic principles to the resolution of technological issues in the industrial sector. To accelerate research and development, we will not only develop materials for individual battery components, but also consistently evaluate the performance of developed batteries as a total system, build a database to search for new battery systems, and establish fundamental technologies for next-generation storage batteries. The program also aims to foster human resources with broad perspectives and development capabilities.
For further information, see Chapter 6 of "Application Guideline." (1.01MB)
R&D Projects
Team-based research
Innovation in Practical Batteries (Advanced Lithium-Ion Batteries)
Development of Lithium Batteries with High Temperature Stability, Long Cycle Life and High Energy DensityR&D Period 2023.10-
- Project Leader
- KANAMURA Kiyoshi
Development of Batteries with Enhanced Safety
Development of sulfide-based all-solid-state batteries with high energy density and high safetyR&D Period 2023.10-
- Project Leader
- HAYASHI Akitoshi
Developments of Safety & Long-Life Oxide-Based Solid State BatteriesR&D Period 2023.10-
- Project Leader
- IRIYAMA Yasutoshi
Development of Batteries Free from Resource Constraints
Development of Sodium-Ion Batteries Free from Resource ConstraintsR&D Period 2023.10-
- Project Leader
- KOMABA Shinichi
Research and development of resource-constraint-free rechargeable magnesium batteries (RMBs)R&D Period 2023.10-
- Project Leader
- ICHITSUBO Tetsu
Development of Lightweight, Compact, High-Capacity Batteries
Development of lithium-sulfur batteries with low environmental impact and high performanceR&D Period 2023.10-
- Project Leader
- ISHIKAWA Masashi
Development of Lithium-Air Secondary Batteries Characterized by Lightweight, Compact, and High CapacityR&D Period 2024.9-
- Project Leader
- NAKANISHI Shuji
Constructing a Common Infrastructure for Measurements and DX
Innovative elemental technology research
Development of Oxide-Based Solid-State Battery Components by Cold SinteringR&D Period 2023.10-2024.3
- Project Leader
- INADA Ryoji
Development of Fabrication process of nano silicon in large quantities at low-costR&D Period 2023.10-2024.3
- Project Leader
- KATO Shinya
Development of Positive-Electrode Materials Using Conducting Organosulfur Polymers for All Solid-State BatteriesR&D Period 2023.10-2024.3
- Project Leader
- KANAZAWA Akihiko
Development of Single-Ion Conducting PolymerR&D Period 2023.10-2024.3
- Project Leader
- KAWAMOTO Takuji
Development of All-Solid-State Secondary Battery using Halide Solid ElectrolyteR&D Period 2023.10-2024.3
- Project Leader
- TOMITA Yasumasa
Development of low-temperature sintering process for oxide-based solid-state batteriesR&D Period 2023.10-2024.3
- Project Leader
- HAMAMOTO Koichi
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Area Advisor（AD）
| IBA Hideki | CPE (Chief Professional Engineer), Advanced Material Engineering Div., Toyota Motor Corporation |
| IWASAKI Hironori | Partner, Energy Sector, PwC Advisory LLC |
| UE Makoto | Guest Professor, Research Organization for Nano & Life Innovation, Waseda University |
| TAKAMI Norio | Chief Fellow, Corporate Research & Development Center, Toshiba Corporation |
| TATSUMI Kuniaki | DIRECTOR-GENERAL, AIST KANSAI, National Institute of Advanced Industrial Science and Technology (AIST) |
| YOSHIMOTO Nobuko | Professor (Special Assignment), Organization for Research Initiatives, Yamaguchi University |
| WATANABE Masayoshi | Distinguished YNU Professor, Institute of Advanced Sciences, Yokohama National University |