AVL and SuperTurbo™ Technologies Partner on Hydrogen Engine Application
Plymouth, MI, October 19, 2021: Today AVL and SuperTurbo Technologies announced that they will collaborate on a project to investigate the emission reduction possibilities of the hydrogen internal combustion engine (H2ICE). Focusing specifically on commercial vehicle applications, they will explore the benefits of applying an innovative mechanically driven turbocharger drive unit to a 13L engine with H2 combustion.
The innovative high-speed traction unit, or SuperTurbo, is an ‘on-demand’ air device that can be used to control the speed of the turbomachinery independently of the engine’s exhaust flow and vary the relative ratio between engine speed and turbo speed. This is accomplished by utilizing mechanical components to either add or subtract power from the turbocharger shaft. The SuperTurbo employs a speed reduction fixed ratio planetary drive coupled with a continuously variable transmission. The result is an increase in performance and efficiency, which translates to reduced emissions.
AVL will leverage its years of simulation experience to provide an engine map simulation including NOx emissions, torque, power, intake and exhaust system pressure and temperatures, peak cylinder pressure and combustion timing.
“This collaboration is an important step for AVL in continuing our commitment to innovation and advancements that demonstrate our technology leadership,” said Stephan Tarnutzer, President at AVL North America. “H2ICE applications can provide significant advantages in commercial vehicles, and we believe this collaboration will show even further emission and efficiency benefits.”
Regulations will require vehicle manufacturers to reduce NOx emissions while prioritizing performance. This will require advanced thermal management techniques to get exhaust aftertreatments to operating temperatures quickly and stay there even at light engine loads.
“The application of driven-turbo technology for H2ICE will enable full-cycle lean burn through precise air control and will also improve engine response,” said Thomas Waldron, Executive Vice President at SuperTurbo Technologies. “The collective AVL/SuperTurbo goal is to demonstrate low NOx emissions, performance similar to diesel, and improved engine efficiency. This could offer manufacturers a cost-effective path to carbon-free powertrains.”
About SuperTurbo Technologies, Inc.
SuperTurbo Technologies Inc. specializes in the design, development and commercialization of SuperTurbos™ for commercial vehicles for on highway and construction markets. The SuperTurbo™ is a mechanically driven turbocharger which allows engine OEMs to control the airflow and EGR for the engine, enabling optimization of both performance and emissions at all operating points. Other benefits include transient cycle efficiency, exhaust energy recovery through compounding, particulate reduction, Cold Start/Low NOx improvement, engine down-sizing, down-speeding and improved engine braking.
For more information: www.superturbo.net
Contact
AVL
Josh Lupu, Director, Marketing
E-mail: joshua.lupu@avl.com
SuperTurbo
Thomas Waldron, Executive Vice President
E-mail: Twaldron@superturbo.net
![PR_AVL_CONCERTO_5_SANTORIN_MX2_Bild[2]](/sites/default/files/styles/landscape_small/public/pressrelease/Company/PressReleases/Press%20Releases%202017/PR_AVL_CONCERTO_5_SANTORIN_MX2_Bild%5B2%5D_0.jpg.webp?itok=yFVZY0gr "PR_AVL_CONCERTO_5_SANTORIN_MX2_Bild[2]")
AVL sets new standards for managing and processing large data volumes. The latest software tool generations of the AVL Team SUITE™ - AVL SANTORIN MX 2™ and AVL CONCERTO 5™
- EN,
For the first time, AVL List GmbH, a global technology company, completed a test drive with an autonomous vehicle on the Pyhrnautobahn highway in Styria, Austria during a well-attended press conference at the
- EN,
With the opening of the new AVL Technical Center in Kawasaki, Japan, on November 17, 2016, a center has been put into operation that will serve as a major technology hub for the Japanese automotive industry.
- EN,
A building block in the energy revolution mosaic. The research centre HyCentA along with AVL List GmbH opened Europe’s most modern test infrastructure for fuel-cell systems on 21 October.
- EN,