Cummins Components Business Unit

Cummins Inc. is committed to sustainability and environmental stewardship by focusing on innovative technologies, operational efficiency and collaborative efforts. This comes through Destination Zero - Cummins’ strategy for reaching zero emissions. This path will require innovation and advancement in every component to deliver powerful and reliable products to our customers that help them meet and

Cummins Valvetrain Technologies reports positive results from further on-road testing of its Jacobs® cylinder deactivation (CDA) technology, which is designed to improve the environmental and economic performance of heavy-duty road vehicles. Fuel savings of 2.76 percent were returned in the first SAE J1321 (Society of Automotive Engineers) standardized fuel consumption testing of Jacobs® CDA, u

Sustainability in the transportation industry is a critical goal for Cummins Inc. We have been committed to leading the industry through the energy transition with Destination Zero – our strategy for reaching zero emissions. With a focus on reducing environmental impact through innovative technologies and practices, Cummins is leveraging its technological expertise, to lead the industry towards a

Fuel Cell Electric Vehicles (FCEVs) and Battery Electric Vehicles (BEVs) are at the forefront of advancing towards a more sustainable transportation industry. That is why, many manufacturers around the world are investing in both FCEVs and BEVs to develop technologies for lower emissions for commercial transportation. From fuel cells for long-range heavy-duty applications to battery electric drive

The adoption of gaseous fuels like hydrogen and natural gas is becoming increasingly popular in commercial transportation. Both technologies help reduce emissions and provide worthy alternatives for meeting sustainability goals, especially for heavy-duty cycle trucks. There are, however, two safety considerations to keep in mind when using natural gas and hydrogen technology due to the high-pressu

The transportation industry’s shift towards cleaner operations is a key goal in the future of energy transition. As businesses find ways to achieve this goal, vehicle software is increasingly becoming crucial in leading the charge. We have discovered the many roles that vehicle software plays in helping reduce emissions and we have also delved into the many benefits software offers OEMs. This arti

The engine control module (ECM) is a critical component in the fuel delivery system in diesel, natural gas and hydrogen vehicles. This article looks at the role of ECMs in the fuel delivery systems across various fuel technologies like diesel, natural gas and hydrogen. As we examine modern fuel systems and fuel delivery systems, we will see how ECMs work with fuel delivery systems to keep vehicles

The fuel system is a critical part of any engine, playing a pivotal role in powering vehicles efficiently and effectively. As fuel technologies evolve, a better understanding of the fuel system enables Original Equipment Manufacturers (OEMs) to meet their emission goals, optimize vehicle performance, ensure safety and comply with regulations.  The fuel system is part of the powertrain and

The commercial transportation industry is undergoing a significant transformation, driven by the global push to reduce emissions. In parallel, our customers and fleet operators are trying to achieve more sustainable operations through improved fuel economy and efficient performance. As fuel technologies evolve, it is crucial to understand how Electronic Control Units (ECUs) will evolve to support

Battery Electric Vehicles (BEVs) and Fuel Cell Electric Vehicles (FCVs) are vital to the transportation industry's move toward more sustainable operations. Both are low emission vehicles that run on electric power. Battery Electric Vehicles operate using energy stored in batteries, while Fuel Cell Electric Vehicles are powered by a fuel cell that creates electricity using hydrogen as a fuel, with

What are virtual sensors and how are they different from traditional sensors?  Virtual sensors are an emerging software-based technology that can make a big difference in how we monitor and manage engines and vehicle performance. Unlike traditional sensors, which are physical pieces of hardware that need to be installed in specific places within the engine to work, virtual sensors work by