Cummins Inc. Unveils B6.7H Hydrogen Engine at EIMA International in Italy
Key Ideas
- Cummins Inc. presents its B6.7H hydrogen internal combustion engine at EIMA International in Bologna, Italy, offering 216 kW (290 hp) and 1,200 Nm peak torque with diesel-like performance using zero-carbon hydrogen fuel.
- The engine is designed for agriculture OEMs, providing sustainable power options for all duty cycles and supporting customers' decarbonization strategies by offering similarity with current diesel applications to reduce integration complexity.
- Cummins also highlights the X15H hydrogen engine with power ratings from 298 to 395 kW (400 to 530 hp) at the event, showcasing their commitment to sustainable technology in the agriculture sector.
- In addition to the hydrogen engines, Cummins showcases the F4.5 Structural engine for small- to medium-sized tractors and the L9 Harvest engine optimized for combine harvesters, emphasizing improved fuel economy and responsiveness to heavy loads.
Cummins Inc. has revealed its B6.7H hydrogen internal combustion engine (H2-ICE) at EIMA International in Bologna, Italy. The engine, rated at 216 kW (290 hp) and 1,200 Nm peak torque, operates using zero-carbon hydrogen fuel while delivering diesel-like performance. This innovation aims to simplify integration for agriculture OEMs and support decarbonization strategies by offering familiarity with current diesel applications. Cummins also introduced the X15H hydrogen engine with power ratings from 298 to 395 kW (400 to 530 hp) at the event. The company's focus on sustainability is highlighted by these hydrogen engines. Additionally, Cummins showcased the F4.5 Structural engine designed for small- to medium-sized tractors, featuring a compact design and structural components. The L9 Harvest engine, based on the L9 Stage V platform, was also on display, optimized for combine harvesters with enhanced responsiveness and fuel economy. Cummins' exhibition at EIMA International demonstrates their commitment to providing sustainable power options and innovative solutions for the agriculture sector.
Topics
Fuel Cells
Technology
Sustainability
Engineering
Decarbonization
Agriculture
Performance
Diesel
Power Options
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