BMW begins construction of pipeline to connect Leipzig plant to hydrogen grid

Following the announcement in October last year of its ambition to make its Leipzig plant the first vehicle plant in the world to receive hydrogen via a pipeline, BMW Group recently took a step towards reaching that goal as construction of a hydrogen pipeline at the site officially began.

Read more: BMW plans hydrogen pipeline for Leipzig plant in automotive world-first

BMW Group Plant Leipzig is planning a hydrogen pipeline link with the ambition of becoming the first car plant in the world to receive hydrogen via a pipeline.

Totalling roughly 2km in length, the pipeline is scheduled to be completed and commissioned in the first half of 2028. The project is being delivered alongside local partners including Mitnetz Gas, carrying out construction of the pipeline, and Ontras Gastransport, responsible for developing the region’s core hydrogen grid.

Hydrogen delivered to the site via the pipeline will be for two main purposes. The first is to power materials handling equipment (MHE) on site. Having used hydrogen for this purpose since 2023, BMW Group Plant Leipzig today operates Europe’s largest hydrogen fuel-cell-powered intralogistics fleet, comprising more than 230 forklifts and tug trains.

The second use of hydrogen at the site is in its paint shop. Since 2022, hydrogen has been used to power furnaces in the plant's paint shop, which now operates 11 dual-fuel paint furnaces with the flexibility to switch fuel sources between natural gas and hydrogen.

“This pipeline will enable us to power our paint shop with hydrogen to a far greater extent than ever before," said said Petra Peterhänsel, plant director at BMW Group Plant Leipzig. "It marks an important milestone and lays the foundation for greater energy resilience. It also offers significant potential to further decarbonise production.”

BMW Group's technology-neutral energy strategy

Instead of adopting a one-size-fits-all approach, BMW Group has been keen to explore multiple different ways to decarbonise its operations along a technology-neutral pathway. What works best at one location might not be the best solution at another – that's the logic behind this approach.

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Across its locations, the group implements site-specific energy solutions, taking into account factors such as local infrastructure, costs and available energy sources. The aim is to transition all its locations into "prosumers", generating and storing energy as well as consuming it.

Alongside this strategy, BMW Group is investing in virtual power plants to advance digital energy management. Through these viryal plants, the group aims to enable data-driven optimisation of energy flows by connecting producers, consumers and storage facilities. In turn, this should support grid stability and allow for more flexible management of loads while reducing dependence on the wider energy market and price fluctuations.

With energy costs elevated throughout 2026 as conflict in the Middle East continues, becoming more energy independent could prove to be an effective strategy for BMW Group, both in terms of resilience and cost reduction.

Ensuring the right conditions for a transition to hydrogen

In order to enable a transition towards hydrogen-based energy, BMW Group noted that collaboration with energy providers and policymakers is essential. It emphasised the importance of accelerated energy infrastructure development as well as internationally competitive energy costs and robust quality certification standards.

However, it argued that resilient energy supply is not purely a matter for industry, energy and policymakers. According to BMW Group, transparency, reliability and early community involvement will be vital to establishing acceptance and planning certainty.

Industry leaders join forces to scale hydrogen mobility in Europe

In September this year, eight automotive and energy companies (Volvo Group, Daimler Truck, Toyota Motor Corporation, Bosch, Air Liquide, TotalEnergies, TEAL Mobility and MB Energy) announced plans to accelerate the rollout of hydrogen-powered vehicles across Europe.

Believing hydrogen is a valuable energy source to complement electric vehicles in the EU's efforts to meet its decarbonisation targets, industry leaders from these eight organisations have joined together to tackle historical bottlenecks and make hydrogen a more viably scalable option for the industry.

Germany is the initial focus, with the partners pointing to the country’s combination of industrial collaboration and government support as a model for wider European deployment. The initiative aims to establish the conditions for scaling hydrogen trucks by 2030, supported by investment in vehicle production, hydrogen supply chains and high-capacity refuelling infrastructure capable of serving up to 100 trucks per day.

The companies are calling for coordinated support from national governments and the European Commission to expand refuelling infrastructure, improve the commercial viability of hydrogen through competitive fuel prices and incentives, and reduce investment risks across the value chain, from production and distribution to vehicle operation.

In a joint statement, the companies said that making hydrogen competitive with diesel will be critical to encouraging fleet operators to adopt the technology and scaling zero-emission freight transport across Europe.

"The combination of industrial execution and a strong policy framework provides the foundation needed to scale CO₂-free freight while reinforcing Europe’s industrial competitiveness, energy resilience and employment, and reducing emissions from freight transport," they said.

Seperately, BMW Group has also explored the deployment of hydrogen-powered trucks in Europe as part of its H2Haul pilot project, launched in February 2025.