The US Department of Energy, the private sector and a new national non-profit have stepped up their respective efforts recently to bring hydrogen forward as a mainstream fuel for trucking, among other industrial uses.
German truck maker Quantron AG has stated it has ordered 140 fuel cells from Canada-based Ballard Power Systems for its heavy-duty trucks.
The fuel cell modules are expected to be delivered in 2023 and 2024, according to Quantron, with an option for an additional 50 units.
The Quantron fuel cell electric vehicle system developed by Ballard Power is the first heavy-duty truck-specific system in 43 years of Ballard history, according to the company. Ballard has made a minority equity investment in Quantron AG as part of Quantron’s financing round of up to 50 million euros ($48 million).
Quantron unveiled its truck at the recent IAA Transportation 2022 conference. The company noted it will integrate Ballard fuel cell products for various truck applications in Europe and the US, with the first sales coming in Germany.
Fuel cells, for now, will add initial cost compared with the traditional diesel engines they replace, a Ballard executive noted.
Nicolas Pocard, vice president of marketing and strategic partnerships at Ballard, said: “As an industry, not just Ballard, we have a good line of sight on cost reduction. Yes, today fuel cells are more expensive, but the industry is on a path to drive costs down fundamentally.
“When you look at the bill of materials, there is no reason why a fuel cell should be more expensive than a diesel engine whenever we make it at scale. I think that’s a very important part of it. We’re not depending on a lot of commodities and raw materials which can fluctuate. It’s all about product design and performance manufacturing, and the industry knows how to do that well.”
At the same time, the California Fuel Cell Partnership announced that it changed its name to the Hydrogen Fuel Cell Partnership (HFCP), underscoring its new position as a national nonprofit. The name change comes nearly 23 years after the government-industry collaboration was first launched.
The group also initiated a new national hydrogen mobility strategy to accelerate the expansion of national hydrogen production and distribution to support heavy-duty trucking and light-duty rollout across the United States.
The strategy is intended to enable the necessary links between ports, key commercial and urban centers, and hydrogen hubs across the United States and ideally, North America.
Jerome Gregeois, past chair of HFCP and director of commercial vehicles development at Hyundai, said in a release: “Our nation’s trucking network is key to the movement of goods, and so any strategy to synchronize the rollout of heavy-duty fuel cell electric trucks with hydrogen fueling infrastructure must be national in scope.
“We intend to take our culture of collaboration between industry and government to enable regions across the US to plan and cooperate with other regions.”
In other news, the US Department of Energy recently released draft guidance for a Clean Hydrogen Production Standard (CHPS) as it prepares to create and strengthen technologically and economically feasible production, processing, delivery, storage and use of clean hydrogen from diverse fuel sources.
CHPS is not a regulatory standard, noted DOE, which may not necessarily require future funded activities to achieve the standard.
The DOE continued: “However, hydrogen hubs funded in support of the bipartisan infrastructure law will be required to demonstrably aid achievement of the CHPS by mitigating emissions across the supply chain to the greatest extent possible (eg. by employing high rates of carbon capture, using low-carbon electricity, or mitigating upstream methane emissions).”
DOE proposed the CHPS will establish an initial target for lifecycle greenhouse gas emissions — well-to-gate — of four kilograms CO2e/kgH2 (kilograms of carbon dioxide equivalent) per kilogram of hydrogen.
It noted this is consistent with the Inflation Reduction Act’s definition of “qualified clean hydrogen.”
This target is also likely achievable by facilities that achieve the bipartisan infrastructure law’s definition of “clean hydrogen” as less than two kgCO2e/kgH2 at the site of production, and potentially have some additional emissions from upstream and/or downstream processes.
For more information visit www.energy.gov