Hydrogen train breaks record by running for 50 consecutive hours

The achievement was entered in the Guinness Book of World Records.
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Tren de hidrógeno rompe récord al marchar durante 50 horas consecutivas

A hydrogen-powered train has set new standards in the field of sustainable transport, remaining in operation for 50 consecutive hours and covering an unprecedented distance of 2,800 km without recharging.

This achievement, accomplished by a Flirt H2 model manufactured by Stadler, a Swiss train manufacturing giant, has been entered in the Guinness Book of World Records for the longest distance traveled by a hydrogen-powered passenger train without refueling.

Stadler’s hydrogen train feat

The feat underscores the potential of hydrogen as a clean energy source, marking a milestone in efforts to decouple the transportation sector from fossil fuels. The train, which departed March 20 from Ensco’s test track in Pueblo, Colorado, demonstrated the efficiency and practicality of hydrogen in rail transportation.

Equipped with fuel cells that convert hydrogen into electricity, the Flirt H2 is a variant adapted for regional and commuter service, offering 108 seats and additional space for standing passengers.

This development not only represents a significant advance in sustainable mobility but also demonstrates the rail industry’s commitment to innovation and sustainability. Originally designed to operate under extreme conditions in California, the Flirt H2 illustrates the viability of hydrogen as a fuel of the future, capable of withstanding ambient temperatures of up to 49 degrees Celsius.

The successful implementation of trains such as the Flirt H2 not only contributes to the reduction of the carbon footprint footprint of transportation but also paves the way for the revitalization of regional and commuter rail networks.

By providing a clean and efficient alternative to motor vehicles and air transport, hydrogen has the potential to transform connectivity and accessibility in less urbanized areas, thus fostering greater equity in transportation access. In the long term, the expansion of hydrogen technology could be a catalyst for the development of sustainable and resilient communities, strengthening critical infrastructure and stimulating the local economy through the creation of green jobs.

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Source and photo: ecoticias.com

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