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The BMW Group advances its commitment to sustainable mobility with the introduction of the new BMW iX5 Hydrogen, transitioning from a pilot fleet to series production. This model represents a pivotal step in the company’s technology-open strategy, offering diverse drivetrain options to meet global customer needs. By integrating hydrogen fuel cell technology, BMW reinforces its position as a leader in decarbonization efforts.
Key Highlights
- Five drivetrain variants in the new BMW X5: battery electric, plug-in hybrid, petrol, diesel, and hydrogen fuel cell.
- HyMoS initiative promotes hydrogen ecosystems and refueling stations in metropolitan areas, starting with a pilot in Germany.
- Series production launch of BMW iX5 Hydrogen in 2028, based on third-generation fuel cell system developed with Toyota.
- Technology-open approach enables flexible manufacturing and supports two fully electric drivetrains by 2028.
- Hydrogen benefits include efficient renewable energy storage and enhanced electric mobility solutions.
Technology-Open Strategy Drives Innovation
BMW Group’s product diversity remains a cornerstone of its success, featuring a broad portfolio of drive systems. This includes internal combustion engines (ICE), plug-in hybrids, battery electric systems, and now hydrogen fuel cell technology with the upcoming BMW iX5 Hydrogen. Such flexibility ensures the company can address varying customer demands worldwide, both currently and in the future.
Efficient implementation stems from flexible manufacturing structures and high integration expertise in development, purchasing, and production. By 2028, the BMW lineup will incorporate two types of fully electric drivetrains—battery electric and hydrogen fuel cell—highlighting the brand’s rigorous technology-open approach as a strategic success factor.
From Pilot to Production: BMW iX5 Hydrogen Unveiled
After extensive worldwide testing of its pilot fleet, the new BMW iX5 Hydrogen enters the market as the brand’s first series-produced hydrogen-powered vehicle. This model promises to deliver quintessential BMW driving pleasure while pioneering in its class.
The drive technology leverages a third-generation fuel cell system, co-developed with Toyota Motor Corporation. This collaboration yields a more compact, powerful, and efficient design, boosting range and output while cutting energy consumption. As Michael Rath, Vice President of Hydrogen Vehicles at BMW Group, notes, the iX5 Hydrogen embodies BMW’s innovative spirit in sustainable performance.
Advantages of Hydrogen Fuel Cell Technology
Hydrogen emerges as a vital energy carrier for global decarbonization, serving as an effective storage medium for renewable sources. It balances supply and demand, stabilizing renewable integration into energy grids. In electric mobility, hydrogen fills gaps where battery electric systems fall short, completing the puzzle for comprehensive sustainable transport solutions.
HyMoS Initiative Boosts Hydrogen Infrastructure
Beyond vehicle development, BMW actively expands the hydrogen refueling network through the HyMoS (Hydrogen Mobility at Scale) initiative. This alliance with industry and institutional partners pools demand across vehicles like trucks, buses, and passenger cars to enhance economic viability.
The initiative fosters optimal hydrogen station distribution and usage by sharing project experiences and providing support. A pilot phase targets ecosystems in Germany and France, gathering insights for broader metropolitan deployment and potential international expansion.
The BMW Group, encompassing brands like BMW, MINI, Rolls-Royce, and BMW Motorrad, leads as the world’s top premium automobile and motorcycle manufacturer. Its global network includes over 30 production sites and sales in more than 140 countries.
For more details, visit www.bmwgroup.com.
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