Cummins has opened a new fuel-agnostic Powertrain Test Facility in Darlington, U.K., expanding its engine testing capabilities. The facility will test full powertrains running on advanced diesel, natural gas, zero-carbon hydrogen fuel and battery electric technologies. It will support the development of a wide range of Cummins and Accelera products including internal combustion engines for Euro 7 and Stage 6, fuel cells and batteries as well as key components like axles and e-axles.
Following an investment of more than £13 million, the 738 sq. m. two-story facility significantly increases Cummins’ testing capacity with state-of-the-art services. This includes fully robotic driving with manual or automatic transmission, road grade and load simulation, wheel-slip simulation, and engine duty cycle recreation.
“The new center enables Cummins to develop and test a wider range of vehicles and machinery powered by hydrogen, renewable natural gas, advanced diesel or battery electric. It is a key part of our Destination Zero strategy to reduce the greenhouse gas and air quality impacts of our products – helping our customers in their energy transition, whatever solution they chose.”
said Jonathon White, Vice President, Engine Business Engineering.
Cummins engineers are expanding their capabilities using highly advanced dynamometers to test chassis-installed powertrains. Previously focused predominantly on engine testing, they can now develop full drivelines for on-road use, from compact SUV size to 44-ton trucks and double-deck buses, plus off-road use in construction and agricultural machines. These can be two or four-wheeldrive.
“Cummins’ broad powertrain engineering capability paves the way for the adoption of cleaner technologies while advancing driveability, performance, efficiency and sustainability as well as minimizing operational costs. It also supports compliance with regulatory standards such as the upcoming Euro 7 and CO2 Heavy-Duty Vehicle regulations.”
added White.
The new facility will support the development of cleaner power solutions and will also provide local environmental benefits as part of its daily operation. The advanced dynamometers feature energy recovery systems to generate electricity that can be used across the Cummins site and reduce the impact on the local grid. Additionally, water consumption is reduced by harvesting rainwater, using a similar system already in place in the engine plant.
Source: Cummins
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