FTXT showcases products at fuel cell expo in Japan


Visitors examine products at FTXT’s booth at the 21st International Hydrogen and Fuel Cell Expo that runs from February 28 to March 1 in Tokyo, Japan. [Photo provided to chinadaily.com.cn]

FTXT, a subsidiary of Chinese automaker Great Wall Motor that focuses on hydrogen energy technology, is displaying its latest products and technologies at the ongoing International Hydrogen and Fuel Cell Expo held in Tokyo, Japan.

The event, standing as one of the world’s largest showcases for hydrogen and fuel cell technologies, has attracted many companies in the sector.

Hydrogen is the key to achieving carbon neutrality by 2050 as it will contribute largely to decarbonisation in transportation, power generation and industry, said the expo’s organizers.

They added that the event gathers technologies for production, transportation, storage and use of hydrogen.

FTXT is presenting a range of core components for hydrogen fuel cell vehicles, including the 100 kW and the 255 kW engines, 300 plus kW graphite plate stacks as well as 70 MP storage tanks.

The company said the products are independently developed by FTXT, and some of their key performance indicators have already reached international pinnacles, which have helped the company garnered more attention and business opportunities in the sector.

FTXT said its products have been installed into thousands of hydrogen commercial vehicles in the Chinese market, which are used in long-haul logistics transportation, public transit as well as urban garbage collection.

As the company is making efforts to accelerate global market expansion, it has inked strategic collaborations with companies and institutions in several countries including Brazil, Canada and Italy.

Together, they aim to leverage the accumulated application experience in the Chinese market to explore overseas markets.

FTXT said they hope to propel pivotal technological innovations and diverse applications in the global hydrogen energy industry, catalyzing the transition toward green energy worldwide.

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