Lhyfe has entered into a partnership with BMW Group to deliver renewable hydrogen to the company’s manufacturing facility in Steyr, Austria, supporting the development of next-generation fuel cell technology.
The Steyr plant is being prepared for large-scale production of fuel cell systems that will power BMW’s upcoming hydrogen-powered vehicles, including a future version of the BMW X5. Production of the automaker’s third-generation hydrogen propulsion system is scheduled to begin in 2028. This new system is designed to improve efficiency, increase driving range, and reduce energy consumption compared to earlier versions developed in Munich.
Under the agreement, Lhyfe will supply green hydrogen for use in testing, validation, and industrialisation processes at the site. The hydrogen will play a key role in advancing BMW’s fuel cell technology as it moves closer to commercial deployment.
Hydrogen is increasingly being explored as a complementary solution to battery-electric vehicles, particularly for applications requiring long range, fast refuelling, or operation in areas with limited grid capacity. BMW’s continued investment in hydrogen technology reflects a broader trend among major industrial players seeking multiple pathways to reduce transport emissions.
Lhyfe was selected as a supplier based on its experience in both hydrogen production and distribution. The company has been active in Europe since 2021 and operates several production sites in France and Germany, with a combined capacity of up to 8.5 tonnes of hydrogen per day. It also manages one of the largest hydrogen transport fleets in the region, enabling deliveries across multiple European markets.
All hydrogen supplied by Lhyfe is certified under the EU’s RFNBO standard, ensuring it meets strict criteria for renewable origin. The deliveries to BMW will mark Lhyfe’s first operations in Austria, further expanding its footprint in the European hydrogen market.
The agreement highlights the growing role of hydrogen in industrial applications and the continued development of infrastructure needed to support its adoption in mobility.
