Honeywell's 2015 Turbocharger Forecast Signals Increased Expectations Of Turbo Technology As Global Penetration Nears 50 Percent By 2020
October 05, 2018
Honeywell unveiled its annual survey in advance of the Frankfurt International Motor Show (IAA) where the next evolution of turbocharger applications can be seen in diesel, gasoline and hybrid models from entry level to luxury segments.
According to the survey, auto makers are focused on rightsizing engine technology, more than simply downsizing engines, to optimize vehicle performance and fuel economy as global regulations continue to drive more fuel efficiency.
"The Golden Age of Turbo is gathering momentum globally as the industry numbers indicate," said Terrence Hahn, Honeywell Transportation Systems President and CEO. "But there is a clear demand for more sophisticated turbo technology that covers the entire powertrain performance envelope. Auto makers are turning to suppliers like Honeywell to meet the unique needs of fuel-efficient 3-cylinder engines, increase power from 4-cylinder engines with advanced aerodynamics, and soon deliver electric boosting and energy recovery systems for advanced hybrid powertrains."
Technology Themes of Honeywell's 2015 Forecast
Adoption of turbocharged 3-cylinder gasoline and diesel engines is emerging as a huge growth trend globally for fuel efficient entry-level and mid-range vehicles. Honeywell sees an industry compound average growth rate (CAGR) of 30 percent through 2020 resulting in sales of 7 million 3-cylinder turbocharged engines by 2020. Honeywell's Gen3 gasoline turbocharger range is optimized to withstand the higher loads generated by the 3-cylinder configuration.Globally, 4-cylinder engines will continue to represent 75 percent of the turbocharged light vehicle industry in 2020. Honeywell forecasts this turbo engine family will have a 7 percent CAGR through 2020. For this category, Honeywell technologies such as variable geometry (VNT), Twin Scroll, Mixed-Flow, Ball Bearings and DualBoost' will help auto makers improve engine power without sacrificing transient response.Multi-stage boosting for diesel engines is another key innovation to help auto makers achieve greater engine performance, without breaching fuel economy regulations. By 2020 more than 2 million light new vehicles per year will be launched with multi-stage boosting systems. Honeywell is preparing to launch the industry's first two-stage application with two variable geometry turbos combined in series for ultimate power density and response.Globally, diesel engines will retain an important share of light vehicle sales at nearly 20 percent, due to their lower fuel consumption and CO2 emissions. In particular, Honeywell expects diesel penetration to double in North America to 7 percent by 2020, enabled by the latest clean diesel turbocharging and after-treatment technologies.Penetration of hybrid powertrains, including 'plug-ins', will be up 4 points to 7 percent of the global light vehicle market. Approximately 25 percent of these vehicles will use turbocharged engines, compared to 10 percent today, opening the door to potential future enhancement with electric boosting and energy recovery.In contrast, battery electric vehicles are expected to be only 1 percent of global light vehicle sales in 2020 due to high battery costs and limited range between charges.Quotes
"Turbo penetration continues to grow as auto makers develop global engine programs which can fill needs in multiple markets. Consumers are adopting fast, and expect the highest levels of quality and reliability. We started implementing the Honeywell Operating System (HOS) more than 10 years ago to deliver consistent quality and continuous improvement from all of our locations around the world with rigorous supply-chain oversight."Terrence Hahn, Honeywell Transportation Systems CEO and President
"It's no longer enough to simply downsize the engine and add a turbo. Auto makers need solutions for dynamic conditions where the engine reacts instantly to driver inputs while still controlling fuel consumption and emissions. Key design features of the latest generation of Honeywell turbochargers make them more reactive to engine control signals. Honeywell is also supporting this shift with our OnRAMP engine control software that enables manufacturers to test and optimize their engines in transient conditions."Craig Balis, Honeywell Transportation Systems Chief Technology Officer
"Consumers in all regions expect performance and fuel economy, and are rapidly switching to turbocharged vehicles. Honeywell continues to develop its worldwide engineering and manufacturing presence to help our customers handle the complexity of global launches. We are building in added flexibility and responsiveness to customer needs through application of the Honeywell User Experience which informs the way we make all our products easier to install, use and maintain."Peter Hill, Honeywell Transportation Systems VP Marketing and Product ManagementSupporting Resources
Read more about Honeywell Transportation SystemsFollow @Honeywell_Turbo on TwitterSubscribe to Honeywell's Corporate RSS feedAbout Honeywell AerospaceHoneywell Aerospace products and services are found on virtually every commercial, defense and space aircraft, and its turbochargers are used by nearly every automaker and truck manufacturer around the world. The Aerospace business unit develops innovative solutions for more fuel efficient automobiles and airplanes, more direct and on-time flights, safer flying and runway traffic, along with aircraft engines, cockpit and cabin electronics, wireless connectivity services, logistics and more. The business delivers safer, faster, and more efficient and comfortable transportation-related experiences worldwide. For more information, visit www.honeywell.com or follow us at @Honeywell_Aero and @Honeywell_Turbo.
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2015 Honeywell International Inc
SOURCE Honeywell Transportation Systems