BERLIN: BMW has announced its plans to launch its first hydrogen-powered vehicle by 2028, leveraging fuel cell technology developed in partnership with Toyota Motor Corp. This new vehicle will be based on an existing BMW model, with the option of a hydrogen fuel cell drivetrain. While details on pricing and production volume have not been revealed, the move marks a significant step in BMW’s strategy to expand into alternative fuel technologies.
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BMW’s First Hydrogen-Powered Vehicle (Car)
Key Highlights of BMW’s Hydrogen Car Plans
- Hydrogen Fuel Cell Option: The vehicle will be an existing model with a hydrogen fuel cell option, developed alongside Toyota.
- Technology and Collaboration: The BMW-Toyota partnership will allow both companies to reduce costs and create a fuel cell drive unit that could also have applications for commercial vehicles.
- First Hydrogen Model: BMW has been testing the iX5 Hydrogen, which offers a range of 500 km (310 miles) and refuels in just three to four minutes.
Hydrogen vs. Battery Electric Vehicles (EVs)
BMW is unique among German carmakers in strongly advocating for hydrogen fuel cell technology alongside battery electric vehicles (BEVs). Hydrogen-powered vehicles use electric motors like EVs but generate power by converting hydrogen into electricity in a fuel stack. This technology allows for quick refueling times and long driving ranges, making it a potential alternative to battery electric vehicles for certain markets.
Challenges and Infrastructure
Hydrogen technology faces challenges such as high costs and a limited network of hydrogen fueling stations. However, BMW anticipates that by 2028, the hydrogen charging infrastructure will have expanded enough to support its hydrogen-powered vehicle lineup.
Final Thoughts: A Step Toward Sustainable Mobility
With its first production hydrogen vehicle slated for 2028, BMW is positioning itself as a key player in the hydrogen mobility space. By partnering with Toyota and investing in fuel cell technology, the company aims to diversify its approach to green technologies and meet future mobility demands.
