Research

ENGINES | Planning Group 1 »System«

Lowering consumption and emissions, while at the same time raising convenience, safety and performance: the requirements to be met by the developers of combustion engines have become ever more complex in recent decades. In order to optimise every detail of the powertrain in the future, too, collaborative research on complete systems has become a decisive factor.


» In the Planning Group, we develop new methods and tools that can be used throughout the development process, which allow an easy combination of simulation with real measurements. This is the only way to achieve the optimum for each individual powertrain component and the overall system. «

Dr. Peter Riegger (Rolls-Royce Solutions)

After all, the real-world consumption and raw emission values of engines in motor vehicles, construction machinery or marine applications are dependent on a multitude of factors. Exhaust gas recirculation, turbocharging and injection have a decisive influence here, which is why they are the subject of many of the planning group’s research projects. Ancillary engines and the coolant temperature also make a difference; therefore, the researchers from the planning group also closely examine factors including heat transport in IC engines and its influence on friction and emissions. The individual research fields include the recovery of lost energy and the control, regulation and sensor systems of combustion engines. The planning group also evaluates the potential of new technologies and alternative powertrains such as hybrids. By doing so, the FVV researchers are looking far into the future of mobility.
 


PG1 »System« is dedicated to the following topics:

  • Future engine concepts, hybridisation
  • Alternative fuels
  • Digitalisation in the powertrain
  • Life-cycle analyses

And tackles the following lines of research / focuses:

  • System analysis of new technologies, alternative powertrains and fuels
  • Recovering lost energy
  • (Ultra-low) temperature management
  • Control, regulation, sensors
  • Turbocharging
  • Large and nonroad engines
Efficiency
Components
Hybrids
Biofuels
Synthetic Fuels
Development Tools

People & Technology

ATZheavyduty worldwide 01/2021 | Guest Commentary by Dietmar Goericke

Hydrogen as a Platform Technology

What do a harvester in 24-h operation, a wheel loader on a municipal construction site and a 60-t truck tractor for transporting timber in northern Europe have in common? Today, the one thing that connects such different vehicles is the diesel engine, which not only provides propulsion performance, but also supplies the energy for the work equipment.

Learn more
New FVV meta-analysis of LCA Studies on Alternative Powertrain Technologies

Taking stock

Life cycle analyses (LCA) provide information on how climate-friendly new powertrain technologies really are. A new meta-analysis by the FVV Research Association for Internal Combustion Engines, conducted by Frontier Economics, analyses existing life cycle studies from the last 15 years. The study shows that in a global energy and carbon system, various technology options are available from a climate perspective. There is not one single solution for CO2 neutrality in the mobility sector. The key to sustainable mobility lies in fair technology competition and the defossilisation of energy production.

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Options for climate-neutral mobility in 2050

What if...?

Road transport is to become independent of fossil fuels. But how will this be implemented, and what will it cost? Focusing on three scenarios, the “Defossilizing the Transportation Sector” study conducted by the Research Association for Combustion Engines (FVV) provides a basis for informed discussion.

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A new mix in the gas network

H2 in the gas network

Hydrogen will play a decisive role in achieving the climate goals. A joint project initiated by the FVV with the German Association for Gas and Water (DVGW) investigates how the gas can be integrated in the existing natural gas infrastructure.

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1378

FVV Fuels Study IV

Transformation of mobility to the carbon-neutral post-fossil age (in Europe - including life-cycle assessment)

THEMIS
1407

Zero Impact Vehicle Emissions

Conceptual study to determine a model-based transfer function of emissions on immission

THEMIS
1355

Powertrain 2040

Potential powertrain configurations to obtain CO2 goals in 2040 (ICEV, PHEV, FCEV, BEV)

THEMIS
M1620

AI Route Optimisation

Method development for artificial intelligence deployment in online route optimisation of hybridised maritime propulsion systems

THEMIS
PG1 »System«

Coordinator:
Dr. Peter Riegger
Rolls-Royce Solutions


Project Management

Ralf Thee

FVV
+49 (0) 69 6603 1349
+49 (0) 69 6603 2349

Project & Team Assistance

Sabrina Waldstein

FVV
+49 (0) 69 6603 1681
+49 (0) 69 6603 2681


Research Association for Combustion Engines eV

Lyoner Strasse 18
60528 Frankfurt am Main
Germany
T +49 69 6603 1345