Establishing Mass-Production Technology for Fuel Cell Separators and Entering the Market
First written in FY2016. 4 of 8 entries say "Restated". Latest entry: FY2026.
No other company in this theme has enough history to compare yet.
- FY2026AdvancedAnnual report
「The joint project with Yamanashi University and Osaka University has been selected for the Common Challenge-Solving Industry-Academia-Government Collaborative Research and Development Program of the New Energy and Industrial Technology Development Organization (NEDO) for the period from fiscal 2025 through fiscal 2029. In recent years, the project has also made steady progress toward commercialization, including the publication of a co-authored paper with Yamanashi University and an automaker.」
Regarding the market-entry plan for fuel cell separators, the NEDO program's selection period is stated as fiscal 2025 through fiscal 2029, along with the publication of a co-authored paper with a university and an automaker. - FY2023AdvancedAnnual report
「The joint project with Yamanashi University and Osaka University was also selected for the Common Challenge-Solving Industry-Academia-Government Collaborative Research and Development Program of the New Energy and Industrial Technology Development Organization (NEDO), and the selection period was renewed during the consolidated fiscal year. In addition, the project is making steady progress toward commercialization, including the publication of a co-authored paper with Yamanashi University and an automaker.」
Specific progress has been reported on the plan to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs, including the renewal of the NEDO selection period and publication of a co-authored paper. - FY2022AdvancedAnnual report
「Regarding the new separator technology, one of the core components of a fuel cell stack developed jointly with Yamanashi University, the Group is advancing the project with the objectives of establishing mass-production technology and reducing manufacturing costs toward commercialization, and aims to enter the fuel cell vehicle and residential fuel cell markets. During the fiscal year, the project progressed smoothly, including its selection for the Common Issue Solutions-Oriented Industry-Academia-Government Collaborative Research and Development Program of the New Energy and Industrial Technology Development Organization (NEDO), for which the Group jointly applied with Yamanashi University and Osaka University.」
Progress has been reported on the plan to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs, with the project selected for a NEDO program. - FY2021RestatedAnnual report
「Regarding the new separator technology, one of the core components of a fuel cell stack jointly developed with Yamanashi University, the project is proceeding with the aim of entering the fuel-cell vehicle and residential fuel-cell markets, focusing on establishing mass-production technology and reducing manufacturing costs for commercialization.」
The company is reaffirming its plan to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs for fuel cell separators. - FY2020RestatedAnnual report
「Regarding the new separator technology, one of the core components of a fuel cell stack jointly developed with Yamanashi University, the project is proceeding with the aim of entering the fuel-cell vehicle and residential fuel-cell markets, focusing on establishing mass-production technology and reducing manufacturing costs for commercialization.」
The company continues to pursue its plan to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs for fuel cell separators. - FY2018RestatedAnnual report
「Regarding the new separator technology, one of the core components of a fuel cell stack jointly developed with Yamanashi University, the project is proceeding with the aim of entering the fuel-cell vehicle and residential fuel-cell markets, focusing on establishing mass-production technology and reducing manufacturing costs for commercialization.」
The company continues to pursue its plan to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs for fuel cell separators. - FY2017RestatedAnnual report
「Regarding the new separator technology, one of the core components of a fuel cell stack jointly developed with Yamanashi University, the project is proceeding with the aim of entering the fuel-cell vehicle and residential fuel-cell markets, focusing on establishing mass-production technology and reducing manufacturing costs for commercialization.」
The company continues to pursue its plan to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs for fuel cell separators. - FY2016First statedAnnual report
「Regarding the new separator technology, one of the core components of a fuel cell stack jointly developed with Yamanashi University, which was announced in the previous consolidated fiscal year, the project is proceeding with the aim of entering the fuel-cell vehicle and residential fuel-cell markets, focusing on establishing mass-production technology and reducing manufacturing costs for commercialization.」
Building on the results of joint development with Yamanashi University, the company aims to enter the fuel-cell vehicle and residential fuel-cell markets after establishing mass-production technology and reducing costs.