By on May 27, 2021

Hyundai Xcient

The Hyundai Xcient is on its way to becoming the first mass-produced hydrogen-powered, heavy-duty truck. Design and performance improvements have made it more competitive with those expected from Mercedes-Benz, Toyota-Hino, and Nikola.

Hyundai Xcient

“Leveraging more than 20 years of experience in fuel cell technology, Hyundai Motor furthers its vision of an eco-friendly hydrogen society,” said Jaehoon (Jay) Chang, Commercial Vehicle Division CEO and president.

“Hyundai will contribute to widespread adoption of hydrogen-powered commercial vehicles with the 2021 Xcient Fuel Cell.”

Hyundai Xcient

Xcient Fuel Cell’s 180-kW hydrogen fuel cell system has two 90-kW fuel cell stacks. Improved durability and fuel efficiency have made it more competitive with others in its class.

A 350-kW e-motor with 2,237 Nm torque is said to provide dynamic driving performance.

Hyundai Xcient

Seven large fuel tanks hold 31 kg, while a 72-kWh set of batteries supplies power. The maximum driving range is around 400 km. Refueling a full tank of hydrogen takes anywhere from  8 to 20 minutes, depending on ambient temperature.

Hyundai Xcient

The Xcient Fuel Cell’s updated exterior design has a V-shape. The high-tech fuel cell electric truck has a new grille, with a blue color point surrounding it, and graphics that signal its hydrogen energy usage.

A 6×2 rigid body as well as the 4×2 option introduced previously are available.

HD fuel cell truck global advancement plans for Hyundai have been accelerated with this launch.

Hyundai shipped 46 Xcient Fuel Cell units to Switzerland last year. Their cumulative range is 750,000 kilometers as of May, 2021. Over that distance, the hydrogen-powered trucks reduced carbon emissions by an estimated 585 tons versus diesel-powered vehicles.

Switzerland will receive 140 additional Xcients by year’s end. 1,600 heavy-duty fuel cell electric trucks will be in Europe by 2025. Hyundai Hydrogen Mobility, a joint venture between Hyundai Motor and H2 Energy, will introduce Xcient in other European countries.

2021 Hyundai Xcient Fuel Cell production begins in August.

[Images: Hyundai]

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8 Comments on “Hyundai Xcient Fuel Cell HD Truck On Its Way...”


  • avatar
    slavuta

    Looks like Hydrogen is taking over railroads

    https://www.wsj.com/articles/hydrogen-powered-trains-have-arrived-11622025494

    https://www.railtech.com/infrastructure/2021/05/27/russian-railways-and-sncf-cooperate-on-hydrogen-trains/?gdpr=deny

  • avatar
    azfelix

    With costs coming down on this approach, it makes more sense than a BEV heavy truck platform. Rapid refueling, no negative battery environmental impact (during both manufacture and disposal), and less effect on loads & roads due to lower weight are all wins.

    • 0 avatar
      Luke42

      Most industrial hydrogen is really natural gas with the carbon knocked out.

      Saying “no negative environmental effects” less accurate than calling EVs “zero emission” in wheels-to-wells terms. You might as well just use the natural gas directly on the vehicle

      If you use zero-carbon energy to make your hydrogen from water, then hydrogen is a battery chemistry — and not a particularly competitive one. If you’re going to use zero-carbon electricity, you might as well use that directly on the vehicle.

      EVs win against hydrogen.

  • avatar
    Pig_Iron

    Good work Huyndai. Get it out of the lab. Make it pass MIL-STD-810, and 1000h ASTM B117; and get it into fleet testing. Fix the problems as the occur. Unleash your manufacturing engineers, they know what they are doing.
    :-)

  • avatar
    RHD

    “The Perfect Solution for Better Future”
    Hyundai needs an editor. Proofreading is, apparently, an underappreciated, undervalued and underutilized skill.

    Meanwhile, their designers have created a front end that will cleanly squash you into a waffle, then devour you like a preying mantis eating an aphid.

  • avatar
    Shockrave Flash Has Crashed

    H2 still does not exist on earth and must be manufactured. Storage and transportation of it are cumbersome. There are better ways to store energy at room temperature and one atmosphere of pressure. Fuels cells themselves are very mature technology and very robust.

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