Cummins Unveils State-of-the-Art Testing Facility to Drive Innovation in Clean Energy Solutions
Key Ideas
- Cummins' new 738m2 facility equipped with cutting-edge technology enables the development and testing of vehicles powered by hydrogen, among other clean energy sources.
- Robotic driving systems and advanced simulation capabilities enhance productivity and driveability, crucial for a range of applications from SUVs to heavy-duty trucks.
- The facility's focus on sustainability includes energy recovery systems and rainwater harvesting, aligning with Cummins' commitment to reducing greenhouse gas emissions and improving air quality.
- The center plays a key role in Cummins' 'destination zero strategy,' supporting customers in transitioning to cleaner energy solutions while meeting future regulatory standards like Euro 7 and CO2 heavy-duty vehicle regulations.
Cummins has unveiled a cutting-edge 738m2 testing facility that boasts advanced technology to develop and test vehicles powered by hydrogen, renewable natural gas, and other clean energy sources. The facility includes state-of-the-art testing capabilities such as advanced simulation for road grades, load, and wheel slip, as well as robotic driving systems for manual and automatic transmissions. Jonathon White, Cummins' VP of engine business engineering, highlighted the facility's importance in supporting the company's 'destination zero strategy' focused on reducing greenhouse gas emissions and enhancing air quality. The facility's dynamometers aid in analyzing powertrains for various applications, from SUVs to heavy trucks, with a focus on driveability and sustainability. Cummins' emphasis on cleaner technologies, efficiency, and sustainability is evident throughout the facility, which is designed to meet upcoming regulatory standards. Moreover, the facility incorporates energy recovery systems and rainwater harvesting to reduce strain on the grid and minimize water consumption. Overall, the new facility signifies Cummins' commitment to driving innovation in clean energy solutions and supporting the transition to a more sustainable future.
Topics
Fuel Cells
Clean Energy
Sustainability
Regulations
Engineering
Water Conservation
Electricity Generation
Testing Technology
Dynamometers
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