Cummins Unveils State-of-the-Art Dyno Facility in UK for Ultra-Low Emissions Powertrains
Key Ideas
  • Cummins inaugurated a new Powertrain Test Facility in Darlington, UK, emphasizing advancements in ultra-low and zero emissions technologies.
  • The facility conducts rigorous safety checks for hydrogen, including sensors for fuel leak monitoring, blast pressure alleviation plates, and continuous air renewal systems.
  • With a focus on reducing greenhouse gas emissions, Cummins aims to cater to a diverse range of vehicles, from pickups to double decker buses, through its new test facility.
  • Despite investments in battery technology, Cummins remains committed to hydrogen powertrains, aiming to provide customers with various powertrain solutions for their energy transition.
Cummins recently introduced a new Powertrain Test Facility at its Darlington, UK campus, marking a significant step in the development of ultra-low and zero emissions powertrain technologies. The facility, designed to accommodate a wide range of vehicles including trucks and buses, features advanced capabilities for testing electric motors powered by batteries or hydrogen. Cummins prioritized safety measures for hydrogen use within the facility, incorporating sensors for fuel leak detection, blast pressure alleviation plates, and an efficient air renewal system to minimize the risk of gas accumulation. This initiative aligns with Cummins' 'Destination Zero' strategy to mitigate greenhouse gas emissions and enhance air quality. Jonathan White, Vice President of Engine Business Engineering at Cummins, highlighted the facility's role in supporting customers during their energy transition by offering diverse powertrain solutions. Despite investing in a new battery factory, Cummins remains committed to exploring hydrogen powertrains. The company's stance reflects its dedication to providing customers with a range of options for sustainable transportation solutions. The article emphasizes the importance of safety protocols in the face of evolving technological developments and underlines the significance of ongoing efforts towards reducing emissions in the automotive industry.
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