People in Switzerland may see some very large, hydrogen-powered trucks on the road this month. The trucks are products of the South Korean company Hyundai. They are part of its plan to establish the company’s technology in a low carbon world.
Invented nearly two centuries ago, hydrogen fuel cells lost out to combustion engines – the kinds of engines that most cars use. Even now, hydrogen fuel cells are less common than electric batteries. This is because hydrogen fuel cells cost more.
Hydrogen is hard to store. And the process by which it is taken from natural gas also produces carbon emissions.
But when it comes to trucks, Hyundai and its partners argue that electric batteries will not always do the job. The bigger the truck, the bigger the electric battery. That additional weight is a problem when trucks drive up Swiss mountains.
With more than half of Switzerland’s energy coming from hydropower, the country could take “green” hydrogen from water. This process is called electrolysis. It may require more energy, but it is carbon-free if powered by renewable electricity.
Mark Freymueller is the head of Hyundai Hydrogen Mobility. He says that developing a hydrogen-powered truck is no easy job.
“It is not enough to produce a truck. You have to take care of the entire ecosystem, find like-minded partners and show this all makes sense for the customer,” he said.
Switzerland’s “green” hydrogen is far more costly than diesel fuel. But Hyundai hopes that as governments restrict carbon emissions – and the cost of producing the clean fuel drops – the numbers could start to add up.
McKinsey & Company, an advisory service, noted in a study that the cost of hydrogen made with renewable energy could be cut in half over the next 10 years.
That cost would be almost equal to the cost of diesel for heavy vehicles, once other costs are added in.
Hydrogen has long been thought to be an alternative to oil and other fossil fuels.
Hyundai’s H2 Xcient trucks have a 190 kilowatt fuel cell and seven high-pressure tanks. Each tank can carry nearly 35 kilograms of hydrogen. The truck can travel distances up to 400 kilometers – much further than current heavy goods vehicles powered by electric batteries.
For now, Hyundai is depending on government assistance for fuel cell trucks. “We are not fooling ourselves, it is initially a subsidized business model,” said Mark Freymueller.
Around the world, the South Korean company is betting heavily on hydrogen. It plans to spend $6.7 billion on hydrogen technology by 2030.
Hyundai Hydrogen Mobility is starting out with 50 H2 Xcient trucks but plans to put 1,600 on Swiss roads by 2025. The company is also looking to launch similar projects in at least two more European countries this year.
I’m John Russell.
Vera Eckert and John Revil reported on this story for Reuters. John Russell adapted it for VOA Learning English. George Grow was the editor.
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Words in This Story
combustion– n.technical a chemical reaction that results when oxygen combines with other substances to produce heat and usually light
battery – n. a device that is placed inside a machine (such as a car) to supply it with electricity
emission– n. the act of releasing something, often into the air
hydropower – n. electricity produced from machines that are run by moving water
renewable – adj. replaced by natural processes; able to be replaced by nature
ecosystem– n. the name for a community of organisms and its environment
customer– n. someone or something that purchases goods or services
diesel – n. a kind of fuel that is used in vehicles with diesel engines
alternative – n. something that can be chosen instead of something else; a choice