BMW's Shift to Hydrogen Power for Logistics Operations in Regensburg Plant
Key Ideas
- BMW Group announced the transition to hydrogen-powered equipment for logistics and transport tasks at its Regensburg plant, aiming to phase out electric-fueled vehicles by 2030.
- The shift to hydrogen includes operations in press shop, body shop, and assembly, with the installation of a two-kilometer pipeline and six filling stations by 2026.
- Hydrogen is preferred for its fast refueling, space optimization, and energy mix diversification, with an estimated annual hydrogen consumption of 150T post-conversion.
- This move is part of BMW's vision for a digital and sustainable factory of the future, emphasizing the benefits of hydrogen technology in enhancing operational efficiency and environmental sustainability.
BMW Group has revealed its plan to transition to hydrogen-powered forklifts and tugger trains for all logistics and transport tasks at its Regensburg plant. This decision involves phasing out electric-fueled vehicles starting from 2025 and completing the transition by 2030. The current fleet at the Regensburg plant operates on electric drive trains, requiring battery changes twice per shift, which is a time-consuming process. The Head of BMW Group Plant Regensburg, Armin Ebner, highlighted the move as a step towards the BMW iFACTORY, the brand's envisioned digital and sustainable factory of the future. The project includes building a two-kilometer pipeline with six filling stations to supply hydrogen to the factory, which will optimize logistics processes and save space. Project manager Katharina Radtke noted that hydrogen refueling is quick, similar to conventional fuels, and the filling stations will be integrated into production areas without occupying much space. Once the conversion is finalized, the plant's annual hydrogen consumption is projected to be around 150T. The Regensburg plant, operational since 1986, produces up to 1,400 vehicles of BMW X1 and BMW X2 models daily, showcasing BMW's commitment to embracing hydrogen technology for a more sustainable and efficient manufacturing process.