The BMW Group is introducing a groundbreaking step in mobility with the launch of the new BMW X5. This model will be the first to give customers a choice of five different drivetrain technologies:
- Battery electric
- Plug-in hybrid
- Petrol
- Diesel
- Hydrogen fuel cell
This wide-ranging portfolio highlights BMW’s commitment to flexibility and innovation, while also supporting global decarbonization goals.
HyMoS Initiative Driving Hydrogen Ecosystems
Alongside the launch, BMW is supporting the HyMoS (Hydrogen Mobility at Scale) initiative. The program focuses on building hydrogen ecosystems and refueling stations in major cities, starting with a pilot in Germany. Its goal is to make hydrogen mobility more viable by pooling demand across cars, buses, and trucks.
By creating a strong foundation for hydrogen infrastructure, BMW is helping to unlock the full potential of this clean energy source for the future of transportation.
Technology-Open Approach as a Success Factor
BMW’s strategy emphasizes being technology-open. Instead of relying on one single solution, the company offers a diverse mix of powertrains to suit different customer needs and markets worldwide.
With flexible manufacturing and strong integration expertise, BMW can implement these technologies efficiently across its model range. From 2028, the lineup will include two types of fully electric drivetrain: battery electric and hydrogen fuel cell.
This approach demonstrates BMW’s vision of meeting customer expectations today while preparing for tomorrow’s mobility demands.
The New BMW iX5 Hydrogen
After completing a successful global pilot program, the BMW iX5 Hydrogen will become the brand’s first-ever series-produced hydrogen-powered vehicle.
According to Michael Rath, Vice President Hydrogen Vehicles at BMW Group, “The new BMW iX5 Hydrogen will be a true BMW – pioneering in its class and delivering the typical BMW driving pleasure.”
The system is based on BMW’s third-generation fuel cell technology, developed in partnership with Toyota. The new design is more compact, powerful, and efficient, offering greater range and output while lowering energy consumption.
Prototype production is already underway at BMW’s competence centers in Munich and Steyr, with additional components supplied by the Landshut plant.
Why Hydrogen Matters
Hydrogen is seen as a key enabler of global decarbonization. It stores renewable energy effectively, balances energy supply and demand, and supports grid stability.
For mobility, hydrogen offers a solution in areas where battery electric vehicles are not the most practical choice. It fills the gap in electric mobility, complementing battery technology and expanding clean energy adoption.
HyMoS: Strengthening Hydrogen Infrastructure
The HyMoS initiative is central to BMW’s hydrogen vision. By working with industry and institutional partners, it promotes hydrogen mobility ecosystems and aims to optimize the distribution and use of refueling stations.
The initiative is already supporting projects in Germany and France, gathering valuable insights for future expansion to more metropolitan areas and potentially other countries.