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Bernhard Geringer, Hans-Peter Lenz - 40. Internationales Wiener Motorensymposium 15.-17. Mai 2019

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Bernhard Geringer (Hrsg.), Hans-Peter Lenz (Hrsg.)

40. Internationales Wiener Motorensymposium 15.-17. Mai 2019

Reihe: Verkehrstechnik/Fahrzeugtechnik

Band 811 2019

Treffer in den folgenden Teilen:

W. H. Pettit, D. A. Masten, C. E. Freese, M. Bork, M. M. Mann Antriebssysteme fur Brennstoffzellen und Batterien - eine Abwägung/Fuel Cell and Battery Propulsion System - the Balance S. I-326-II-X

„… MS, Ms. Margarita M. Mann MS General Motors Company (GM), Pontiac, Michigan Fuel Cell and Battery …” „… . Therefore, a complete electrified portfolio also includes fuel cell technology. GM has been developing fuel …” „… balance between fuel cell and battery capacity that is tuned to the specific application. These two …”

T. Tingelof, J. Dombrovskis, K. Samuelsson, L. Jorissen Weltweit fuhrende Brennstoffzellen-Stapeltechnologie mit europaischer Lieferantenbasis /World Leading Fuel Cell Stack Hardware with a European Supplier Base S. II-449-II-478

„… Leading Fuel Cell Stack Hardware with a European Supplier Base Abstract: PowerCell and ZSW together with …” „… fuel cell stack platform since 2010. This technology is now available on the open market. A common …” „… front integration strategies has been established. Based on this specification a fuel cell stack with a …”

J. Rechberger, M. Brendel, F. Berg, J. Rubio Herausforderungen in der Entwicklung von Brennstoffzellensystemen und Stacks /Challenges in the Development of Fuel Cell Systems and Stacks S. I-316-I-325

„… herangezogen werden. Fuel Cell Stack Model (physical, chemical, electrochemical + measurements …” „… Brennstoffzellensystem- Modells (Source: AVL) [2] AVL Fuel Cell Plug-In Concept Car AVL hat in den letzten 2 …” „… Jahren eine Fuel Cell Konzeptfahrzeug aufgebaut mit einem eigens dafür entwickeltem 70kW PEM …”

Keiji Kaita Diversifizierte Elektrifizierung - Kernpunkt bei Toyotas Streben in Richtung nachhaltiger Gesellschaft /Diversified Electrification - The Key for Toyota's Challenge towards a Sustainable Society S. I-1-I-16

„… vehicles such as plug-in electric vehicles (PHEVs), battery electric vehicles (BEVs), and fuel cell …” „… in a battery electric vehicle (BEV), and adding hydrogen tanks results in a fuel cell electric …” „… supporting technologies and social infrastructure (Fig. 8). Hydrogen tanks Fuel cell components FC …”

H. Won, A. Bouet, V. Manente, J. Kermani, F. Duffour Potenzial der GCI Technologie - Ein Benzin-Kraftstoff mit hoherer Selbstzündung zur Reduzierung des C02-Fusabdrucks /eines Euro 6d-konformen Personenkraftwagens (PKW) Potential of GCI Technology - Hig... S. II-176-II-191

„… battery electric vehicles (BEVs) and hydrogen fuel cells vehicles (FCVs) are perceived as environmental …” „… Lifecycle Analysis of Vehicle and Fuel Pathways”, DOE Hydrogen and Fuel Cells Program Record 14006, 2016 …” „… . - Aramco Fuel Research Center, France M.Sc. Joseph KERMANI, M.Sc. Florence DUFFOUR IFP Energies nouvelles …”

M. Alt, N. Fuhrmann, O. Bopple, L. Cloos, P. Souhaite Elektrifizierte Verbrennungsmotoren fur Volumenhersteller/The Road to Mainstream Availability of Electrified Combustion Engines S. I-131-I-149

„… powertrains and developing fuel cell electric propulsion systems. In addition, alternative fuels are being …” „… electrical motor and optimized for hybrid powertrains. In order to meet the future emission as well as fuel …” „… of fuels made from renewable energy, allowing for fast market penetration using existing …”

Titelei/Inhaltsverzeichnis S. I-I-I-VIII

„… – Components / Emission Concepts – Electric Drives – Low Emission – Fuel Cell – Future Powertrain Concepts …” „… – Fuels – Innovative Engines – Heavy Duty Vehicles – Autonomous Driving – View to the Future Abstract …”

H. Sandquist, S. Li Modulare Hybrid Powertrain Familie fur weltweiten Einsatz/Modular Hybrid Powertrain Family for Global Application S. II-287-II-299

„… increased electrification as the CO2 emissions related to fuel/ electricity production are not considered …” „… . Unfortunately, price projection of PHEV and HEV battery cells are not as optimistic, but there are fewer …” „… fuel consumption requirements for global markets. The offer consists of: ICE MHEV 48V HEV …”

M. S. Choi, Y. H. Kwak, D. Roth, D. Jakiela, J. Song Untersuchung von Technologien zur Verbesserung der Kraftstoffeffizienz bei Turbo GDI Engine: CDA, Miller-Zyklus mit Ventilereignis, Wassereinspritzung, ND-AGR und hohem Kompressionsverhaltnis /Investi... S. II-300-II-314

„… with increased fuel efficiency standards. Recent studies have shown that the following technologies …” „… dynamometer to generate data to run a vehicle simulation for the prediction of the vehicle fuel …” „… trends in fuel efficiency and performance. Testing Discussion Engine Specs and ratings The test …”

D. Choi, Y.-S. Kang, l.-C. Cheong, Y.-R. Chung, J.-K. Lee, J. Chun Der neue Hyundai-Kia 2.2L Vierzylinder Dieselmotor - Smartstream D2.2 FR/The New Hyundai-Kia 2.2L 4-Cylinder Diesel Engine - Smartstream D2.2 FR S. II-26-II-48

„… fuel cell and electric motor driven system. That is why one more breakthrough should be subject to …” „… improve diesel trade-off characteristics for more clean exhaust as well as for better fuel economy …” „… ). More Power and Torque Better Fuel Consumption More Clean Euro6d (WLTP+RDE Step2) Sustainable …”

doi.org/10.51202/9783186811127

VDI Wissensforum GmbH - ELIV-MarketPlace 2022

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VDI Wissensforum GmbH (Hrsg.)

ELIV-MarketPlace 2022

Reihe: VDI-Berichte

Band 2405 2022

Treffer in den folgenden Teilen:

M. Raimann New GaN based DC-DC converter concept for future fuel cell and charging applications S. 331-338

„… New GaN based DC-DC converter concept for future fuel cell and charging applications Manuel …” „… converters are becoming more and more relevant for upcoming fuel cell and charging applications. For …” „… DC-DC Converter Concepts For Future Fuel Cell And Charging ApplicationsManuel Raimann | ZF …”

M. Thierer Robust control strategies – Approaching parameter uncertainties for traction drive systems and DC/DC-converters in automotive HV applications S. 109-120

„… voltage: 50 V – 515 VInput current: up to 600AOutput Power: up to 180kWFCCU: Fuel Cell Control Unit; CVM …” „… : Cell Voltage Monitor; PDU: Power Distribution UnitVDI-Berichte Nr. 2405, 2022112| Michael Thierer …”

D. Dudic Sustainable Trucking S. 339-348

„… and moreTwo liquid hydrogen tanks, each 40kgLH2Powerful and efficient fuel-cell system with 300 kW …”

Titelei/Inhaltsverzeichnis S. I-XIV

„… converter concept for future fuel cell and charging applications � � � � 331 M. Raimann, ZF …”

doi.org/10.51202/9783181024058

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VDI Wissensforum GmbH (Hrsg.)

SIMVEC 2022

Reihe: VDI-Berichte

Band 2407 2022

Treffer in den folgenden Teilen:

M. Martin Optimization approach for powertrain dimensioning of fuel cell vehicle platforms S. 119-128

„… Optimization approach for powertrain dimensioning of fuel cell vehicle platforms Dipl.-Ing …”

Titelei/Inhaltsverzeichnis S. I-XVI

„… , Regensburg f Simulation und OptimierungOptimization approach for powertrain dimensioning of fuel cell vehicle …” „… Crash Simulation of Composites and Battery CellsCrashsimulation mechanisch ermüdeter …” „… , ÖsterreichSimulationsbasierte Wirkungsgradoptimierung einer Hochtemperatur Co-Elektrolyse zur e-Fuel Produktion …”

S. Scheidel, M. Goll, M. Tandl, B. Reiter, R. Neubauer Simulationsbasierte Wirkungsgradoptimierung einer Hochtemperatur Co-Elektrolyse zur e-Fuel Produktion S. 129-142

„… topic in recent years. Both for fuel cells as well as hydrogen combustion, the processes for energy …” „… Simulationsbasierte Wirkungsgradoptimierung einer Hochtemperatur Co-Elektrolyse zur e-Fuel …” „… Produktion Simulation-based efficiency optimization of a high-temperature co-electrolysis for e-fuel …”

M. Glensvig, C. Kozlik, D. Kreilinger Full Vehicle Virtual Calibration Platform – AVL Co-Simulation and SiL solution S. 629-646

„… [1, 2, 3, 4, 5]. Internal combustion engines, electrification and fuel cell powertrain configurations …” „… powertrain with hybrid powertrain performing virtual control units calibration to obtain minimum fuel …” „… focusing on fuel consumption, emissions, energy management and robustness use-cases. Subsystem models and …”

A. Viehmann, Stanislaw Rybak, Fabian Möller Anwendung numerischer Methoden zur Verbesserung von Batteriesystemen für Batterieund Plug-in-Hybrid- Elektrofahrzeugen S. 263-276

„… an Innovationsprojekten wie z. B. Batteriesystemen für Battery Electric Vehicles (BEV) sowie Fuel …” „… Cell Electric Vehicles (FCEV). Um die Leistungsfähigkeit und Sicherheit von Batteriesystemen zu …” „… nach WLTP in km 1 Cell2Module Basis: keine Intrusion in Modul/Zelle Basis Basis Basis 2 Cell2Module …”

doi.org/10.51202/9783181024072

Hans Peter Lenz - 37. Internationales Wiener Motorensymposium 28. – 29. April 2016

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Hans Peter Lenz (Hrsg.)

37. Internationales Wiener Motorensymposium 28. – 29. April 2016

Reihe: Verkehrstechnik/Fahrzeugtechnik

Band 799 2016

Treffer in den folgenden Teilen:

H. Müller, P. Gutruf, M. Martin Brennstoffzellen Range-Extender als weiterer Lösungsansatz für große Reichweiten im emissionsfreien Fahrbetrieb /Another Future Solution for Long Driving Range at Zero Emission – Fuel Cell Range Exten... S. I-277-II-X

„… – Fuel Cell Range Extended EV Kurzfassung Kontinuierlich strenger werdende CO2-Flottenziel …” „… the complete vehicle integration of a Fuel Cell Range Extender Concept are highlighted by Magna Steyr …” „… Comfort • AWD: Permanent All Wheel Drive Functionality • EV: Pure BEV operation without fuel cell …”

M. Klietz, P. Wilde, A. Kleczka, A. Rücker, M. Jung Wasserstoff Brennstoffzellen Technologie als Schlüsselelement in der Energiewende /Hydrogen Fuel Cell Technology as a Key Element of the Energy Transition S. I-265-I-276

„… Schlüsselelement in der Energiewende Hydrogen Fuel Cell Technology as a Key Element of the Energy Transition …”

Titelei/Inhaltsverzeichnis S. I-I-I-VIII

„… Driving Emissions (RDE) – Le Mans – Emission Control – High Performance Engines – Fuel Cells – Hybrid …” „… Brennstoffzellen Technologie als Schlüsselelement in der Energiewende Hydrogen Fuel Cell Technology as a Key …” „… Long Driving Range at Zero Emission – Fuel Cell Range Extended EV 277 - 293 Dipl.-Ing. J …”

R. Schlögl Neue Kraftstoffe aus CO2/CO2 to Fuels – Chemical Perspectives S. II-253-II-264

„… e- mobility based on fuel cells and hydrogen as fuel. This is a consequent …” „… liquid hydrogen carrier in combination with a hydrogen fuel cell in transportation …” „… 2 to Fuels –Chemical Perspectives Kurzfassung Der Beitrag von Verbrennungsmotoren auf …”

B. Fitzsimons, B. Husband, S. Leathers, J. McLean, I. Minards Der neue Aston Martin DB11 V12 Motor/The New Aston Martin DB11 V12 Engine S. I-137-I-158

„… required. This demanded more power, more torque and a stepped improvement in fuel economy. The answer …” „… improve fuel economy. The final engine specification and data is shown in Table 1. The first step on …” „… Exhaust VCT Emissions Secondary Air Injection Fuel System Port Fuel Injection Cylinder Deactivation 6 …”

P. Fillon, V. Beaumesnil Die 24h von Le Mans und das WEC, ein Technologielabor für die Automobilindustrie /The 24 Hours of Le Mans and the WEC, a Technological Laboratory for the Automotive Industry S. I-94-I-107

„… More freedom and innovation in ICE More efficient and sustainable fuels Hydrogen / Fuel cell …” „… class of engine capacity and decided one year later to introduce some restrictions with regards to fuel …” „… consumption : refuelling of fuel, oil, water was only allowed after 20 laps (1924). 37 …”

W. Warnecke, B. Poulet, J. Landschof, A. Dreyer, J. Müller-Belau, G. Lovett Innovationen von der Rennstrecke auf die Straße: Die Rolle von Kraftstoffen im Motorsport /Innovation from Track to Road: The Role Fuels Can Play in Motorsport S. I-108-I-136

„… further new technologies, whether fuel cells fuelled with (green) hydrogen, the use of natural (or bio …” „… Innovation from Track to Road: The Role Fuels can Play in Motorsport Innovationen von der Rennstrecke auf …” „… fuels, engine and transmission oils. In collaboration with Shell’s Motorsport partners and factory teams …”

doi.org/10.51202/9783186799128

Bernhard Geringer, Hans-Peter Lenz - 41. Internationales Wiener Motorensymposium 22.-24. April 2020

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Bernhard Geringer (Hrsg.), Hans-Peter Lenz (Hrsg.)

41. Internationales Wiener Motorensymposium 22.-24. April 2020

Reihe: Verkehrstechnik/Fahrzeugtechnik

Band 813 2020

Treffer in den folgenden Teilen:

J. Rechberger, W. Resende, H. Schreier, F. Berg Brennstoffzelle: Systemintegration mit Zellkompetenz/Fuel Cell: System Integration Based on In-Depth Cell Know-How S. II-228-II-232

T. Hamatani, T. Uehara, K. Akimoto, T. Hayashi, H. Kitadani, T. Aoki, K. Yamanaka, Y. Nishikawa, T. Okochi, M. Kanehara Neuentwicklung des Hybridsystems für die Kompaktklasse/New Development of Hybrid System for Compact Car S. II-1-II-15

„… ) 21 30 Battery cell A new battery cell has been developed to increase fuel economy and drivability …” „… Battery specifications New Current Battery Li-ion Ni Cell number (cell) 48 (24cell/stack) Consisted in …” „… top-class fuel economy and power performance achieving fun to drive for next-generation compact vehicles …”

S. Kweon, J. J. Park, S. H. Kim Der wasserstoffbetriebene Bus und LKW von Hyundai Motor Company/The Hydrogen-Powered Bus and Truck from Hyundai Motor Company S. II-233-II-245

„… first mass-produced fuel cell vehicle, ix35 Fuel Cell, in 2013. Based on its fuel cell system, HMC …” „… manufactured and operated the fuel cell buses for the demonstration projects in Korea for several years. Next …” „… Hyundai fuel cell vehicle, NEXO, was introduced in the market in 2018. New fuel cell trucks and buses …”

M. Alt, F. Gouzonnat, P. Ramminger, R. Matthe, L. K. Cloos Die Multi-Energy Platform des Opel Corsa: rein elektrisch, Benzinoder Dieselantrieb /The Multi Energy Platform of the Opel Corsa: Pure Electric, Gasoline or Diesel Propulsion S. I-203-I-224

„… battery electric vehicles and to fuel cell vehicles. After 120 years of successfully developing and …” „… and developing fuel cell electric propulsion systems. In addition, alternative fuels are explored in …” „… market change from pure internal combustion engines to pure battery electric and fuel cell vehicles can …”

M. Bell, S. Kollamthodi, N. Hill, A. Greaney Die „Net-Zero-Herausforderung“ - Auswirkungen der Lebenszyklusanalyse auf Antriebssystemtechnologien, Lieferketten und die regulatorische Landschaft /The Net Zero Challenge - Life Cycle Impacts on Pro... S. I-171-I-190

„… PHEV/REEV; battery electric vehicle (BEV); fuel cell electric vehicle (FCEV); and HEV/FCEV/BEV -ERS …” „… Fuel cell system (6) Y Y Notes: (1) Transmission requirements vary depending on the specific …” „… heat-pump (6) Fuel cell stack, Fuel cell peripherals. End-of-life (EoL) modelling has been broadly …”

H. Sandquist, P. Frejinger, S. Klacar, I. Scholten, S. Li System Engineering Methodik angewandt für Hybrid-Antriebssystementwicklung /Systems Engineering Methodology Applied for Hybrid Propulsion System Development S. II-16-II-33

„… including hybridization, fuel cells, alternative fuels or pure electric. However, regardless of …” „… change functional allocation, e.g. Power generation could be Engine System or Fuel Cell System. This is …” „… . The layouts include conventional, electrified (combustion engine hybrids, fuel cell hybrids), fuel …”

T. Pauer, H. Weller, E. Schünemann, H. Eichlseder, P. Grabner, K. Schaffer H2 ICE für zukünftige PKWs und leichte Nutzfahrzeuge/H2 ICE for Future Passenger Cars and Light Commercial Vehicles S. II-246-II-263

„… Lösungsansatz erforderlich. Neben der Brennstoffzelle (Fuel Cell) sollte daher auch der Wasserstoff …” „… zukünftigen H2 ICE-Powertrains. Sowohl Fuel Cell als auch H2 ICE können baugleiche onboard H2 …” „… entwickelte H2-Infrastruktur vorhanden ist, die für H2- Fahrzeuge (Fuel Cell und H2 ICE) erforderlich ist. Mit …”

E. Kimura, K. Aikawa, D. Yasuda, H. Saeki, T. Brachmann, S. Barth Herausforderung einer nachhaltigen Dekarbonisierung des Mobilitatssektors und der Gesellschaft: Honda's Multi-Pathway Konzept mit elektrifizierten Antriebstechnologien Challenge for Sustainable Carbon... S. I-151-I-170

„… conversion, storage and use”. Some hydrogen will be directly filled into FCV or fuel cell equipped transport …” „… bio-fuel, hydrogen and e-fuels considering to meet customer requirements and acceptance region by region …” „… addition to the zero carbon electricity, it is necessary to prepare carbon free renewable fuel mix up to …”

J. Kolling Die Rolle von Kooperationen fur die BMW Group/The Role of Cooperations for the BMW Group S. I-433-II-X

„… – Fuel Cell / H2 Engine – E-Fuels – Heavy Duty Vehicles – Cross-Company Cooperations – Innovative …” „… : Brennstoffzelle: Systemintegration mit Zellkompetenz Fuel Cell: System Integration Based on In-Depth Cell …” „… – Hochvoltbatterien – Hybrid / E-Antriebe – Brennstoffzelle / H2-Motor – E-Fuels – Nutzfahrzeuge …”

R. Schlögl Kohlenstoff als zukünftiger Energieträger/Carbon as a Future Energy Carrier S. II-90-II-113

„… hydrogen fuel cell power train fits perfectly into such an energy system. One strong disadvantage is the …” „… battery-electric vehicles only and/or a hydrogen economy for fuel cell cars. It is noted that the e-car used …” „… combination of electric driving and onboard generation of electricity using synthetic fuels is advocated as …”

H. Kitadani, R. Kaneda, S. Mizoguchi, Y. Shinohara, J. Takeuchi Der neue 1.5 Liter Benzinmotor aus der TNGA (Toyota New Global Architecture) Reihe /The New 1.5 L Gasoline Engine from the TNGA (Toyota New Global Architecture) Series S. I-71-I-97

„… electric vehicles (BEVs), and fuel cell electric vehicles (FCEVs)). Toyota is committed to reducing the …” „… -cylinder engine combines a higher specific power with lower fuel consumption while meeting exhaust gas …” „… for 0-100 kph and 6.3 % fuel consumption improvement for WLTC compared to the current model. In …”

Titelei/Inhaltsverzeichnis S. I-I-I-X

„… – Fuel Cell / H2 Engine – E-Fuels – Heavy Duty Vehicles – Cross-Company Cooperations – Innovative …” „… – Hochvoltbatterien – Hybrid / E-Antriebe – Brennstoffzelle / H2-Motor – E-Fuels – Nutzfahrzeuge …” „… engineering, energy and fuel as well as, for the first time, cross-company cooperations in the automobile …”

A. Lozanovski, A. Geß, O. Dingel, T. Semper Technische und ökobilanzielle Analyse von potentiellen Langstrecken-Lastkraftwagen für das Jahr 2050 /Technical Evaluation and Life Cycle Assessment of Potential Long Haul Heavy Duty Vehicles for the ... S. II-278-II-290

„… Oberleitung mit elektrischer Energie versorgt wird. Im Gegensatz dazu wandelt das FCEV (Fuel Cell Electric …” „… Verbrennungsmotoren mit unterschiedlichen E- Fuels (Fischer-Tropsch Diesel - FTD und Synthetisches Erdgas - SNG …” „… . Wenn die THG Werte der Stromerzeugung unter dem Break-Even Wert liegen, haben E- Fuel-PHEV die gleiche …”

Z. J. Sroka, Z. Sadlak Einhaltung der CO2-Emissionsnormen als Herausforderung für eine thermische Aktivierung der Verbrennungskammern in Verbrennungsmotoren /CO2 Emission Standards as a Challenge for the Thermal Activation ... S. II-512-II-543

„… internal combustion engine, still the best possible, but still not using fully energy contained in fuel …” „… specific fuel consumption in internal combustion piston engines and analysis of the possibility of its …” „… reduction by more effective than in current state of the art use of heat obtained from fuel in the …”

S. Pischinger, F. Aubeck, P. Heuser, D. van der Put, B. Lindemann, M. Müther, M. Schönen, M. Ehrly, J. Schaub, M. Walters, L. Virnich, G. Sammito, L. Bi, T. Lüdiger Effiziente Nutzfahrzeugantriebe - Der Weg zu 30% GHG Reduktion in 2030 /Efficient Commercial Powertrains - How to Achieve a 30% GHG Reduction in 2030 S. II-291-II-321

„… ). Driving an industry: medium and heavy duty fuel cell electric truck component sizing. World Electric …” „… , M., Dirkes, S. & Buchmann, J. (2019). Fuel Cell Systems for Heavy Duty Applications: From Concept …” „… _Kostenoptimierung_von_Auffullvorgangen_fur_Ressourcen_fur_den_Betrieb_des_Fahrzeugs Aubeck, F., Vagnoni, G., Petri, S. (2019). IMPERIUM - Integrated Powertrain Control for Fuel …”

doi.org/10.51202/9783186813121

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