🚖The Toyota Mobility Fund, “Grant Innovation Research towards Hydrogen Society Building” grant awards to 10 innovative research
Subjects for Fiscal 2017
Research Field Research contents Name Affiliation
Dynamics Simulation of Hydrogen Production System with Hydrogen Production Energy Estimated Generated Electric Power and Water Electrolytic Model Koichi Kojima National Institute of Advanced Industrial Science and Technology
Elucidation of catalyst / solution interface structure in photoelectrochemical water decomposition reaction Masaki Sato University of Tokyo
Innovative surface reforming technology development that makes stainless steel highly functional as a water electrolysis catalyst Naoto TOHOKU UNIVERSITY
Development of air electrode for proton conductive solid electrolyte device Toshiaki Matsui Kyoto University
Development of innovative oxide catalyst for water electrolysis for CO2-free hydrogen production Koichi Matsuzawa Yokohama National University
Elucidation and leading design based on molecular dynamics of porous higher order structure realizing mass storage at room temperature of hydrogen storage and transportation hydrogen Kim Sato Kyoto University
High efficiency of organic hydride electrolytic cell for hydrogen energy carrier synthesis S. Nagasawa Kanako Yokohama National University
Study on safety distance substitution measures in high pressure hydrogen storage facility using hydrogen-utilizing porous barrier Makoto Asahara Gifu University
Design of sustainable CO2-free hydrogen supply system considering energy system space information Takahiro Kobayashi Tohoku University
Study for realization of power / hydrogen composite energy system using reenergenerated power supply and FCV
CORPORATE | Toyota Global News Room – Translated by TokioX