LAND.TECHNIK AgEng 2025

Produktbeschreibung

Contents (Auszug)

Power Trains: Electric Drives and Alternative Fuels
B100-fuel in AG applications on STAGE-V basis –
Time for a renaissance of “Biodiesel” in the AG-sector? 1
F. Wohlfahrt, CLAAS Selbstfahrende Erntemaschinen GmbH, Harsewinkel;
J. Ettl, Technologie- und Förderzentrum, Straubing
Telehandler Hybrid | Fuel Flex
Proto development and working prototype 11
M. Tondo, V. Martina, G. Santarcangelo, P. Pellizzari, S. Fiorati, M. Gerbi,
CNH Italia Spa
A Fuel Cell Tractor in Practice – Lessons Learned with Fendt HELIOS
Field Experiences with a Hydrogen supplied Tractor 19
W. Breu, AGCO GmbH, Marktoberdorf
Electric axle driveline prototype system for tractors 25
S. Willems, J. Ziegler, R. Himmelsbach, ZF Friedrichshafen AG, Friedrichshafen;
M. Dankesreiter, M. Haas, ZF Friedrichshafen AG, Passau
Tractors, Self-Propelled Agricultural Machinery
Improving user ergonomics in tractors with alternative steering
input methods 33
V. Ernst, P. Wendel, S. Böttinger, University of Hohenheim,
Institute of Agricultural Engineering, Stuttgart
Forage Harvester Development within the Deere Dairy & Livestock
Production System 43
G Schörry, M. Dold, K. Stuhlsatz, J. Martin, John Deere, Zweibrücken
Seeds of Innovation
Equipping Next-Gen Agricultural Engineers with Techno-Agricultural Skills 51
J. Schöning, C. Westerkamp, Osnabrück University of Applied Sciences
Harvesting Technologies and Efficiency
The Potential of Remote Sensing and NIRS for Protein-Based Precision
Harvesting in Organic Wheat 59
A. Prasun, F. Beneke, Georg-August-Universität Göttingen, Göttingen

Keywords: Antriebsstrang, elektrische Antriebe, alternative Brennstoffe, Waasserstoff betriebener Traktor, selbstfahrende Agrarmaschinen, Fernerkundung, Power train, electric drives, alternative fuels, Hydrogen supplied tractor, self-propelled argriculturel machinery, remote sensing