Yanmar Power Technology Company, Ltd.

Installation of a hybrid hydrogen fuel cell and biodiesel propulsion system in the Hanaria passenger ship, featuring electric propulsion, power management systems, batteries, and two hydrogen fuel cells.

A hydrogen fuel cell power system for maritime applications, first unveiled in August 2023. The system integrates hydrogen fuel cells, power management systems, remote monitoring, propulsion equipment, batteries, and biodiesel generators for hybrid vessel propulsion.

A technology that combines hydrogen and oxygen in a clean, electrochemical process to generate power, releasing only water vapor as a byproduct.

An integrated system combining liquid hydrogen storage, fuel cell power generation, and electric motor drive for aircraft propulsion.

A 300 kW fuel cell power system designed for ship propulsion and power generation, featuring integrated gas valve units and modular architecture allowing parallel connection of multiple units.

Japan

Oita

Development and commercialization of a 300 kW hydrogen fuel cell system for maritime vessel propulsion and power generation, featuring modular architecture and integrated auxiliary components.

Development of a hydrogen-fueled internal combustion engine for power generation on coastal ships in Japan, designed to achieve zero-emission maritime operations.

Installation of a hybrid hydrogen fuel cell and biodiesel propulsion system in the Hanaria passenger ship, featuring electric propulsion, power management systems, batteries, and two hydrogen fuel cells.

A 300 kilowatt hydrogen fuel cell system designed for maritime vessel installation, featuring integrated gas valve units, modular architecture allowing parallel connection of multiple units, and flexible scaling to match various ship power output requirements.

Passenger ship

A hydrogen-powered car developed by Toyota, whose expertise was applied to the Hybari train's fuel cell system.