VDI Verlag eLibrary

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

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

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

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 …”

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 …”

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 …”

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 …”

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 …”

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 …”

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 …”

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 …”

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 …”

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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LAND.TECHNIK 2024

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2444 2024

Treffer in den folgenden Teilen:

J. Konrad, C. Varlese, C. Junger, R. Krizan, P. Hofmann, C. Mayer Fuel cell electric agricultural tractor FCTRAC: operation strategy, homologation, benchmarking, and field testing S. 103-112

doi.org/10.51202/9783181024447

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SIMVEC

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2445 2024

Treffer in den folgenden Teilen:

M. Osterhammer, S. Held,F. Du, N. Feldkeller, V. Formanski, M. Heldwein Charakterisierung der passiven Rezirkulation in Polymerelektrolytmembran- Brennstoffzellen in Automobilanwendungen/Characterization of Passive Recirculation in Polymer Electrolyte Membrane Fuel Cells ... S. 193-208

doi.org/10.51202/9783181024454

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Dritev – Drivetrain for Vehicles 2020

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2373 2020

Treffer in den folgenden Teilen:

A. Riegauf Transferability of economic electrification concepts in heavy goods traffic to mobile machinery S. I-435-II-VIII

„… Powertrain: Production technology and organization Fuel Cell Production technology and organization …” „… are responsible for about a quarter of the CO2 traffic emissions • Fuel cell & H2-storage • Traction …” „… trains To ta l w ei gh t Range Battery electric drive Fuel cell drive Pantograph based drive Battery …”

A. Esser, T. Eichenlaub, S. Rinderknecht Real-driving-based comparison of the eco-impact of powertrain concepts using a data-driven optimization environment S. I-309-I-342

„… reference year 2030 in Germany. Conventional vehicles, battery electric vehicles, fuel cell electric …” „… ranges of 800 km for the reference year of 2019, [4] finds that fuel cell electric vehicles (FCEV …” „… Combustion Engine (ICE), Electric Machine (EM) and Fuel Cell (FC)) and the capacity of the battery CBatt …”

C. Danzer, T. Voigt, A. Forell, M. Sens, E. Schreiterer, R. Kockisch, J. Müller, E. Schneider The systematic way to your sustainable powertrain platform – holistic and customizable – Systematical methods to investigate mobility scenarios of tomorrow S. I-385-I-402

„… fuel cells or battery - are assigned to the three main vehicle segments (B, C, D/E segment). The …” „… third area of the parameter area is marked by a theoretically possible 100% scenario for fuel cell …” „… engine, hybrid (incl. plug-in) and electric with fuel cells or battery – to the main vehicle segments …”

P. Ramminger, R. Jäger Evolution of the drivetrain and high voltage system in the new Corsa-e S. I-173-I-194

„… combustion engine on board all the way to either pure rechargeable Battery Electric Vehicles or to Fuel Cell …” „… car series, being it Battery Electric Vehicles (BEV), Fuel Cell Electric Vehicles (FCEV) or Extended …” „… propulsion, where fuel-filling takes minutes only. While the gap between fuel-filling time (ICE) to charge …”

V. Null A new generation of thermal fluid technology for high performance charging of electric vehicles – How new thermal fluids can enhance battery performance in EVs S. II-97-II-108

„… or more. If this heat cannot dissipate effectively, the individual battery cells will be exposed to …” „… , therefore, essential to avoid this and hold local cell temperature at 50°c or lower. Consequently, EV …” „… battery management systems are sophisticated and can monitor temperatures of individual cells and control …”

B. Pohle, M. Clauß, J. R. Schwarz, E. Schwiederik, D. Lasuen Design optimization of battery systems by multiphysics simulation S. II-89-II-96

„… . The thermal conduction is split into three types: cell-tocell, cell-to-busbar and cell-to-housing …” „… example of this is the highly filled plastics bipolar plates used for fuels cells. Figure 5 Structure …” „… cell-to-cell thermal propagation inside a battery pack to reach the expected safety level. This multiphysics …”

P. Schwanemann, T. Pfund Market-driven electric motor designs from Schaeffler – Optimized electric motor design process via technology and production kits S. II-1-II-16

„… , diesel, alternative fuels, fuel cells (hydrogen) and batteries lead to a massive development diversity …”

doi.org/10.51202/9783181023730

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ELIV 2023

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2423 2023

Treffer in den folgenden Teilen:

S. Spitzer, S. Wahl Hydrogen – A Game Changer in the Automotive Industry ... and Beyond S. 689-702

„… Off-Road (OR) market. H2 solutions like Fuel Cell Electric Vehicles (FCEV) and H2 Engine will achieve a …” „… ELY) and power generation through a Solid Oxide Fuel Cell (SOFC), which are further mandatory elements …” „… of the major benefits of connected services. VDI-Berichte Nr. 2423, 2023 689Motivation for fuel cell …”

B. Budaker Modular High Power DC/DC Platform for FC-Applications S. 711-XVIII

„… Dr.-Ing. Bernhard Budaker, BRUSA HyPower AG, Buchs, Switzerland Abstract Fuel cell systems are one of …” „… the key technologies for future sustainable energy storage and energy transfer. Most of the fuel cell …” „… applications are battery-hybrid systems, where the fuel cell itself needs to be operated in a “steady-state …”

N. Pfullmann Electrified commercial vehicle trailers – how to turn a conventional trailer into a hybrid vehicle S. 703-710

„… improvements to the truck alone. The next step is the shift towards battery electric and fuel cell trucks …” „… battery electric vehicles as well as fuel cell trucks. This then paves the way for long-haul zero-emission …” „… battery system with battery electric or fuel cell trucks. This more complex system is explored by ZF and …”

M. Wegener, R. Savelsberg, A. Alberti, G. Cechini, L. Schäfers, K. Badalian, S. Pischinger A Cloud-based Self-Learning Digital Twin Solution for Increasingly Accurate Range Prediction in Battery Electric Vehicles S. 103-112

„… driving range in conventional and electric vehicles is to determine the average fuel or energy consumption …” „… the remaining fuel volume or energy content of the vehicle [1] [2] [3]. This average-based estimation …” „… regular intervals from the vehicle via cellular communication. The cloud environment then executes the …”

doi.org/10.51202/9783181024232

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Klimafreundliche Nutzfahrzeuge

VDI & VDE (Hrsg.)

Reihe: Blaue Papiere

Band 02/2022 2022

Treffer in den folgenden Teilen:

Literatur S. 38-42

„… , fuel cell-electric and catenary trucks. En-vironment International. 2021;152:106474 [82 …” „… Fuel Cell APUs. In: Stolten D, Samsun RC, Garland N, Editors. Fuel Cells: Data, Facts and Figures …” „… ] https://www.daimler.com/innovation/antriebe/wasserstoff/teststart-genh2-truck-prototyp.html (abgerufen am 27.11.2021) [33] Y. Ruf et al. Study Report Fuel Cells Hydrogen …”

Kostenrelevanz, TCO S. 25-27

„… , Studie aus Juli 2017 Fuel Cells Hydrogen Truck [33] 20,00 4,8 elektrischer Strom regenerativ, Studie …”

Technik S. 14-24

„… Batterie, 350 bar, 31 kg H2): 375 km bis 400 km Reichweite [45]  Hyundai XCIENT Fuel Cell (190 kW …” „… hydrogen and fuel cell vehicles  UN/ECE R 134 – Regelung zur Typgenehmigung von Wasserstofffahrzeugen als …”

Titelei/Inhaltsverzeichnis S. 1-11

„… Battery Electric Vehicle (Batteriefahrzeug) BZ Brennstoffzelle DOE Department of Energy FCEV Fuel Cell …”

doi.org/10.51202/9783949971075

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LAND.TECHNIK 2020

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2374 2020

Treffer in den folgenden Teilen:

S. Pretsch, M. Rothbart Sustainable Agriculture in an Electrified World – Cradle-to-Grave evaluation of different propulsion systems S. 1-8

„… configuration in combination with alternative fuels, battery electric system and a fuel cell powertrain …” „… system and fuel cell powertrain are investigated. The following example shows the technology evaluation …” „… production as well as in use phase. The last investigated architecture is the fuel cell electric vehicle …”

R. Schmetz Energy analyses of different advanced drive systems for agricultural machinery S. 315-322

„… storage medium. Since fuel cell-tractors are primarily operated with proton exchange membrane fuel cells …” „… combustion engines to fuel cell-operated, (battery) electric standard tractors does not seem to be effective …” „… solutions with fuel cells, batteries, other energy storages, external supplies or other advanced solutions …”

A. Kunz Alternative drives for agricultural machines – Legal frame, meaning, concepts, validation, conclusion S. 405-412

„… fuel), electric powertrains (Various hybridizations, battery or fuel cell electric vehicles) and new …” „… recharged within 40 minutes. The very first fuel cell driven vehicle at all was a tractor! Already in …” „… operation [25]. Next in 2009, New Holland displayed another tractor operated with a fuel cell – which was …”

O. Lagnelöv, P.-A. Hansson Understanding the opportunities and challenges of self-driving, electric field tractors using dynamic discrete-event simulation S. 9-16

„… described by [12] and a cell-based battery degradation model were included. To analyse costs, the …” „… D1 BED CC1 BES2 BES3 Fuel Diesel Electricity Electricity Electricity Electricity Number of …” „… system. In the annual cost, the BEV systems showed a decreased cost for maintenance, fuel, operation and …”

doi.org/10.51202/9783181023747

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wt Werkstattstechnik online

Alle Ausgaben: wt Werkstattstechnik online

wt Jahrgang 110 (2020) Heft 10 ISSN Online: 1436-4980

Treffer in den folgenden Teilen:

Jens Schäfer, Hannes Wilhelm Weinmann, Dominik Mayer, Tobias Storz, Janna Hofmann, Jürgen Fleischer Synergien zwischen Batterie- und Brennstoffzellen/Synergies between battery and fuel cells - Evaluation based on structural and machine parameters in production processes S. 735-741

„… Brennstoffzellenfertigung diskutiert werden. Synergies between battery and fuel cells - Evaluation based on structural and …” „… , PEM fuel cells are also discussed as a future technology in truck and line traffic. Whether and when a …” „… the potential synergies between battery and fuel cell production. 1 Motivation Die Elektromobilität …”

doi.org/10.37544/1436-4980-2020-10

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Technische Zuverlässigkeit 2023

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2409 2023

Treffer in den folgenden Teilen:

T. Pfeiffer Brennstoffzellen unter dynamischen Lasten in der Mobilität S. 53-68

„… review ofplatinum-based catalyst layer degradation in proton exchange membrane fuel cells,Journal of …” „… sind bereits in Pkw (z. B. Hyundai Nexo) und Linienbussen (z.B. Van Hool A12 Fuel Cell) verfügbar. Im …” „… Bereich Nfz laufen bereits seit einigen Jahren Praxistests (z. B. Hyundai Xcient Fuel Cell), die breite …”

S. Hagmeyer, P. Zeiler Verwendung von Kenntnissen über den Degradationsprozess beim Training eines künstlichen neuronalen Netzes zur Steigerung der Vorhersagegenauigkeit einer Prognose der verbleibenden nutzbaren Lebensdau... S. 203-218

„… Remaining Useful Life Prediction Method for Hydrogen Fuel Cells Based on the Gated Recurrent Unit Neural …” „… Prediction Method for Hydrogen Fuel Cells Based on the Gated Recurrent Unit Neural Network,“ Applied Sciences …” „… . K. Jennions, „System Component Degradation: Filter Clogging in a UAV Fuel System,“ in Proceedings of …”

F. Mauthe, M. Braig, P. Zeiler Evaluierung der Güte von datengetriebenen Methoden zur Lebensdauerprognose technischer Systeme unter Berücksichtigung von Zeitreihencharakteristiken S. 243-256

„… , K., Li, P. u. Li, M.: A Novel Remaining Useful Life Prediction Method for Hydrogen Fuel Cells Based …”

doi.org/10.51202/9783181024096

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Gießtechnik im Motorenbau 2023

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2410 2023

Treffer in den folgenden Teilen:

J. Macherhammer The role of hydrogen in the future energy and mobility system S. 79-84

„… energy efficiency of hydrogen/fuel cell propulsion systems compared to battery electric. The usual …” „… direct utilization before it’s converted again into grid electricity. 2. The business Case of Fuel Cell …” „… particularly for the fuel cell powertrain cost with predicted cost levels towards the timeframe of 2030+.The …”

P. Grzeschik, M. Schwaderlapp, A. Plumpe Sustainable Drivetrains for Non-Road Mobile Machinery The DEUTZ TCG 7.8 H2 Hydrogen Combustion Engine S. 91-108

„… electric drives or fuel cells for Sustainable Drivetrains for Non-Road Mobile MachineryThe DEUTZ TCG 7.8 H2 …” „… to fuel cell drivetrains. The upgrade of the existing fleet is in principally possible, but not yet …” „… planed within the current project. Compared to a fuel cell it is also suitable for low H2 gas qualities …”

W. Schöffmann, M. Plettenberg, P. Kapus, M. Howlett Hybridmotoren mit CO2 neutralen Kraftstoffen – Anforderungen an Wasserstoff-, Alkohol- und e-Fuel Kompatibilität S. 57-74

„… ] With hydrogen as fuel, several ICE combustion concepts are possible due to the ex-cellent and unique …” „… -, Alkohol- und e-Fuel KompatibilitätHybrid engines with CO2 neutral fuels – challenges of hydrogen, ethanol …” „… and e-fuel compatibilityW. Schöffmann, M. Plettenberg, P. Kapus, M. Howlett, AVL List GmbH, Graz …”

doi.org/10.51202/9783181024102

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LAND.TECHNIK 2022

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2395 2022

Treffer in den folgenden Teilen:

A. Opgenoorth, K. Schmitz Development of hydraulic drive systems in the context of electrified work machines S. 133-146

„… . Whilst some electrified machines are nowadays available, the battery or fuel cell powered machines tend …” „… maximizing the productivity of each machine and make electrification more difficult. Fuel cells in mobile …” „… machinery As an alternative to batteries fuel cells can be used as source of electric power. Fuel cells …”

G. Fiocchi Hybrid and full-electric solution for Telescopic Handler S. 147-152

„… important parameters like vehicle speed, tractive effort, fuel consumption and system efficiency are mapped …” „… simulates all the major characteristic of the battery from the electric cell to the thermal behavior, from …” „… demand is limited, are available in between one and two hours. The achievable cost fuel saving is in …”

A. Klein, M. Kissel, P. Pickel, F. de Moraes Boos, V. Kegel GridCON2 – Development of a Cable Drum Vehicle Concept to Power 1MW Fully Electric Agricultural Swarms S. 11-16

„… availability and low costs of fossil fuels, the difficulty of cable handling and low battery capacity led to …” „… source next to the field. The power could be supplied by distinct sources: a grid-connection, a fuel …” „… cell, or a battery-storage. A transformer converts the voltage to around 8000 V AC to transfer the …”

doi.org/10.51202/9783181023952

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Dritev – Drivetrain For Vehicles 2019

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2354 2019

Treffer in den folgenden Teilen:

Y. Le Neindre Great Wall Motors’ 2nd generation of Pi4 platform – A high performance PHEV for premium SUV in China S. II-99-II-110

„… its best operating points and maximize fuel savings and electric driving range. A 96 cells Li Ion …” „… as well as fuel economy. Introduction of Pi4 Architecture Following the successful launch in …” „… , driving experience, environmental impact and fuel economy is always optimal in relation to the driving …”

R. Dold New powertrain concepts for heavy duty commercial vehicles S. III-9-III-18

„… emission potential and generation of fuels with usage of Hydrogen, fuel cell powered trucks will be the …” „… costs. Built-up of a charging (Battery electric vehicles (BEV)) infrastructure and a tank (Fuel cell …” „… electric vehicles (Passenger car, Van, Light/Medium Duty Trucks). Fuel cells with hydrogen are the better …”

J. Grabowski, A. Colognese 48V to 12V Converters for xEV Applications – Managing the headaches of dual voltage automotive architectures S. II-45-II-54

„… Electric Vehicles (MHEV). The primary advantage of the 48V architecture is improved fuel economy. Albeit …” „… being based upon maximizing the battery’s power density. When choosing a Li-Ion battery cell chemistry …” „… company is measured by a factor called the Corporate Average Fuel Economy (CAFÉ), used to gauge each auto …”

A. Gehring, M. Beringer, M. Özdemir Overview of stator technologies motors for electro mobility in passcars – The right technology for each application S. II-67-II-76

„… electric battery and fuel cell electric vehicles. In the last years several factors have been driving the …”

A. Viehmann, J.-E. Schleiffer, S. Rinderknecht Evaluation of the dedicated range-extender transmission powertrain concept DE-REX regarding efficiency, costs and complexity – Comparative assessment of electric and hybrid powertrain configurations b... S. I-21-I-48

„… and hybrid fuel consumption. For the sake of this paper, the powertrain test bench is used to measure …” „… turn, an ICE including turbo charger, cooling system, fuel system and exhaust system is added which …” „… terms of reducing electric energy and fuel consumption with lower costs at the same time. Based on …”

A. Kinigadner, T. Biermann Schaeffler eAxle family – future solutions for the electric drivetrain S. I-567-II-VIII

„… engine or fuel cell in case of hybridization and in the superordinate interfaces to the vehicle control …”

doi.org/10.51202/9783181023549

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ELIV 2021

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2384 2021

Treffer in den folgenden Teilen:

M. Ghivari, D. Chakraborty State of Health and State of Charge Estimation method – A Machine Learning based hybrid approach S. 605-612

„… available in the fuel tank and the quality of fuel. SOH is a condition measurement of cells wherein the …” „… Advanced BMS Algorithms for effective life and better fuel economy Mahesh Ghivari, Debango Chakraborty …” „… variables of SOC and Cell polarization voltage. Further, Actual capacity is calculated by taking the ratio …”

D. Mehlig, M. Muller, J. Treier, A. Loges Long distance e-mobility in the trade-off between battery capacity & charging power – Battery immersion cooling as enabler technology? S. 545-562

„… the average battery cell density, the progress in battery technology can be derived as main factor …” „… increase the battery capacities on a constant price level. However, the increase of cell density reduced …” „… BNEF summit in February 2020 Bloomberg showed selected energy densities of battery cells from 2006 to …”

B. Kleinsteinberg, A. Hohenhovel Towards lead-acid free 12 V power supply for electrified vehicles and highly automated driving functions S. 593-604

„… cells are possible compared to lead acid technology. Motivation Lead-acid batteries are applied in …” „… . Lithium-ion cells do not cover the voltage range of a 12 V system, with this a serial connection of multiple …” „… lithiumion cells is necessary. These multiple cells in serial connection need electronic supervision, like a …”

S. Alexander, F. Borrelli, M. Pfeifle Real-time Contextual Intelligence Services for Connected Electrified Vehicles S. 509-522

„… on 75,000 miles of road trials with a Top 5 OEM on their production BEVs, PHEVs and Fuel Cell EVs …” „… stranded. Highly accurate predictions of battery SoH and cell unbalancing can avoid dangerous situations …” „… time as the battery cells degrade. In EVs, battery KPIs are affected by a number of external factors …”

K. Renatus, A. Unger, B. Baker, O. Manicke Machine learning approach towards remote diagnostics and repair of electric vehicle charging processes S. 163-174

„… compared to refilling fuel of a conventional vehicle. Worldwide, different charging technologies …” „… processes. Compared to refilling fuel of a conventional vehicle, electric charging is much more complex. In …” „… ) connections via application programming interfaces (APIs) within the cellular network. Analogically, the EVSE …”

doi.org/10.51202/9783181023846

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Logistik für Unternehmen

Alle Ausgaben: Logistik für Unternehmen

LfU Jahrgang 37 (2023) Heft 11-12 ISSN Online: 0930-7834

Treffer in den folgenden Teilen:

Neues Wasserstoff-Leuchtturmprojekt in Hamburg S. 18-19

„… ersten 24-Volt-Lagertechnikfahr-zeuge ab Werk als Fuel-Cell-Version anzubieten. Das …” „… Feature „Fuel-Cell-Ready“ ausgestattet und können daher leicht mit einem Wasserstoffsystem nachgerüstet …” „… Fahr-zeuge sowie Fuel-Cell-Fahrzeuge als Mietlösung an. Kunden ha-ben so die Möglichkeit, die …”

doi.org/10.37544/0930-7834-2023-11-12

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28. Deutscher Flammentag

VDI Wissensforum GmbH (Hrsg.)

Reihe: VDI-Berichte

Band 2302 2017

Treffer in den folgenden Teilen:

B. Peters, M. Mohseni Modeling the combustion of pellet with Extended Discrete Element Method S. 121-130

„… work is conversion analysis of biomass fuel in a reactor using a Lagrangian-Eulerian coupling approach …” „… vital method of reducing fossil fuel dependence and greenhouse gas emission. The low levels of …” „… acid rain [1]. Basically, three types of primary fuels that could be produced from biomass are 1 …”

H. Mätzing, H.-J. Gehrmann, H. Seifert, D. Stapf, R. Keune Modelling Biomass and Solid Recovered Fuel Combustion on Reciprocating Grates with CFD-application S. 143-150

„… Modelling Biomass and Solid Recovered Fuel Combustion on Reciprocating Grates with CFD-application …” „… cheap, low-quality fuels which are prepared from municipal or industrial waste materials. However, the …” „… combustion behavior of such solid recovered fuels differs significantly from that of genuine biomass …”

M. Zhao, S. A. Kaiser Bildgebende Erfassung von Diesel-Klopfen durch Hochgeschwindigkeitskamera und „Optical Flow“ S. 369-382

„… pressure rise rates indicated knock. The engine was skip-fired with fuel injected every 9th cycle. The …” „… LEDs illuminated the fuel spray so that its global characteristics could be monitored. Table 2 …” „… (IMEP) 7.25 bar Intake air temperature / pressure 20 °C / 1 bar Fuel Dodecane Injection quantity 25 …”

D. Holtz, J. Nocke, E. Hassel CFD-DEM Simulationen für Biomassefeuerungen S. 131-142

„… particles inside and above the fuel bed. Interactions between particles as well as collisions between …” „… motion of the discrete particles. The thermal conversion of the solid bio fuel is assumed to occur in …” „… modeling of the fuel conversion in a pellet stove. Fuel Processing Technology 152 (2016) S.223–239. [2 …”

A. Schwabauer, M. Mancini, R. Weber Modellierung eines Wanderbett-Gegenstromvergasers S. 493-506

„… . Literaturangaben [1] A.V. Bridgwater. Renewable fuels and chemicals by thermal processing of biomass. Chemical …” „… fixed-bed gasifier operated with softwood pellets. Fuel, 89(12):3795 – 3806, 2010. [10] C. Di Blasi …” „… . Energy & Fuels, 10:296–275, 1996. [19] V. Biba, J. Macak, J. Malecha and E. Klose. Mathematical model …”

doi.org/10.51202/9783181023020

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