Throughout the last few years, Cummins Inc. has partnered with multiple companies to provide solutions for customers beyond engines. Cummins HELM™ X15N™ natural gas powertrain offers optimal performance and meets the needs of fleets looking for more sustainable fuel options. In 2017, Cummins formed a joint venture with Eaton to deliver advanced automated transmissions. Then, in 2022, the joint
The trucking industry is moving towards cleaner, more efficient engines – and the Cummins X15N™ natural gas engine is a big step in that direction. This article explores the X15N’s new features and improvements that were developed based on customer feedback and experiences with the 12-liter ISX12N™, our first natural gas engine designed for use in class 8 trucks. The X15N embodies Cummins’ dedicat
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
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 transportation industry is at a pivotal stage in the energy transition. While some early adopters are eager to integrate new, emerging technologies, others are curious about low-carbon alternative fuels that are readily available to integrate into existing infrastructure. One of the simplest ways fleets can lower their carbon dioxide (CO2) and greenhouse gas emissions is by integratin
The journey toward reduced emissions requires the availability and use of a range of fuel types, making Cummins Inc. uniquely positioned to lead in this energy transition. Destination Zero is our strategy to accelerate the reduction in greenhouse gas (GHG) emissions while simultaneously improving air quality by providing the widest range of power technologies for customers to customize their energ
The world population has grown to nearly 8 billion people and is anticipated to reach 9 billion people by 2040. With such growth, global energy demand is expected to increase by 15% in the coming decades. 1 That means all available fuel solutions will be necessary to meet the increased demand for affordable energy. Biodiesel is one of those solutions. Today, more companies are focusing on th
Remanufacturing engines and engines parts has emerged as a keyway to improve sustainability for businesses. This article shares an overview of the process followed by Cummins ReCon® in the remanufacturing of engines and parts along with the answers to frequently asked questions about remanufacturing. What is the Cummins Remanufacturing process? ReCon parts are those that have originate
As the transportation industry experiences the energy transition, customers require multiple power solutions and fuel types to customize their journey toward decarbonization in a way that meets their needs today and in the future. Biodiesel is one alternative fuel customers can integrate into their fleets for immediate impact on their carbon emissions. As of 2007, all Cummins Inc. diesel engine
In today's market, remanufacturing of engine parts is gaining traction as an eco-friendly and economically viable option. Remanufacturing extends the lifecycle of an engine, ensuring both environmental sustainability and cost-effectiveness. This article looks at how Cummins Inc. uses remanufacturing for its ReCon® remanufactured parts and engines. What is remanufacturing? ReCon parts
What is the fuel delivery system? The fuel delivery system is one of the most critical components in a vehicle and is the heart of a vehicle's power generation process. The fuel delivery system serves a similar function to a fuel tank in diesel-powered vehicles. However, the fuel delivery system is specifically designed to handle gaseous fuels like hydrogen and natural gas, both of which are
As the automotive industry navigates the complexities of the energy transition, vehicle software is emerging as a key component in transforming how OEMs operate and innovate. The sophistication of vehicle software components can bring new capabilities and create a higher level of efficiency and safety. This article looks at the different facets of vehicle software’s role in the energy transition a