
The new bus‑optimized fuel cell modules give manufacturers a ready‑to‑install hydrogen power source, accelerating the shift toward zero‑emission public transport in Europe and expanding Bosch’s footprint in the emerging hydrogen market.
Hydrogen‑powered buses are gaining traction as European cities tighten emissions standards and invest in clean‑energy infrastructure. Bosch, a long‑time supplier of fuel‑cell power modules for trucks, is now leveraging that expertise to address the specific constraints of urban transit vehicles. By unveiling the FCPM C100 at the Mobility Move trade fair, Bosch signals a strategic pivot toward the public‑transport sector, offering a compact, roof‑mountable solution that fits within the limited space of city buses while delivering 100 kW of continuous power.
The technical design of the C100 focuses on integration simplicity. At just 40 centimetres tall, the flat module can be mounted on the bus roof without compromising passenger capacity or vehicle aerodynamics. Standard CAN and diagnostic interfaces streamline the retrofit process for manufacturers and fleet operators, reducing engineering overhead. The complementary C190 variant, delivering 190 kW and intended for rear‑mounting, expands the product line to intercity and coach applications, while the existing C300 continues to serve heavy‑duty trucks. Importantly, Bosch’s FCPM architecture supplies electricity only, allowing customers to pair it with Bosch’s e‑axles or third‑party electric motors, fostering flexibility in drivetrain design.
For the broader market, Bosch’s entry into bus‑specific fuel‑cell modules could accelerate adoption timelines. Operators benefit from a proven, modular power source that aligns with European regulations favoring roof‑mounted hydrogen tanks and low‑floor designs. As governments roll out subsidies and build hydrogen refueling networks, the availability of turnkey solutions like the C100 and C190 lowers barriers to entry for transit agencies. Competitors will need to match Bosch’s integration ease and performance, potentially spurring further innovation across the hydrogen mobility ecosystem.
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