Toshiba Energy Systems & Solutions Corporation

A 10 MW-class renewable energy-powered hydrogen production facility using water electrolysis. The facility integrates 20 MW of solar power generation with grid electricity to produce hydrogen at a capacity of 1,200 Nm³ per hour, with an integrated control system for grid balancing.

A demonstration project to establish a low-carbon hydrogen supply chain in Hokkaido Prefecture, Japan. The project includes a hydrogen production facility powered by hydropower and distribution of hydrogen to fuel cell systems and vehicle testing.

A facility that produces, compresses, stores, and supplies hydrogen using solar power to fuel cell forklifts.

A facility that produces, compresses, stores, and supplies hydrogen using renewable electricity, designed to power fuel cell forklifts.

A hydrogen-based autonomous energy supply system that uses renewable energy to power fuel cell vehicles and fuel cell forklifts.

A 30-kilowatt mobile hydrogen fuel cell system designed for installation in ships, trucks, and railways. It features a simplified design, improved packaging, rapid power generation, and reduced noise.

Technology that generates electricity through an electrochemical reaction between hydrogen and oxygen, with water as the only byproduct.

Photovoltaic generation integrated into Kaiser Permanente's microgrid as part of the hybrid renewable energy system.

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

Fukushima Prefecture

Kansai

Tokyo

A 10 MW-class renewable energy-powered hydrogen production facility using water electrolysis. The facility integrates 20 MW of solar power generation with grid electricity to produce hydrogen at a capacity of 1,200 Nm³ per hour, with an integrated control system for grid balancing.

Joint research project involving demonstration tests of Toshiba's 3.5kW hydrogen fuel cell system on the Raicho N fuel cell ship.

The launch of the Hydrogen Frontier, the first liquid hydrogen carrier ship to set sail at sea.

A previously developed hydrogen fuel cell system by Toshiba that was tested on the Raicho N fuel cell ship.

A 30-kilowatt mobile hydrogen fuel cell system designed for installation in ships, trucks, and railways. It features a simplified design, improved packaging, rapid power generation, and reduced noise.

A 10 MW-class hydrogen production facility that produces hydrogen via water electrolysis using renewable solar power and grid electricity. The hydrogen is supplied for stationary fuel cell systems, fuel cell vehicles, buses, and other mobility applications.