Commercial Vehicles 2025

Produktbeschreibung

Operating Strategies I
Dynamic rolling resistance in city buses depending on the application 1

Operating Strategies II
Model Predictive Powertrain Management – A Key to Enhanced Efficiency in Commercial Vehicles 11

Optimizing Electric Powertrains for Commercial Vehicles:
A Holistic Approach for Efficiency and Performance 25

Automated Driving
Adaptive Motion Control of Autonomous Commercial Vehicles Using Reinforcement Learning 37

cubiX CV – vehicle motion control as enabler for automated trucks 39

Content Vehicle Concepts
REFLECTIVE and URBANIZED: Advancing Safe and Sustainable Urban Mobility Solutions 47

Evaluation criteria for the sustainability of vehicle components based on the End-of-Life Vehicle Directive 63

Optimized e-axle control solutions for distributed drivetrain architectures 75

Verfication/Validation E-Systems
DevOps meets HiL
Why DevOps is Essential for Agile Development and Testing of Autonomous Vehicles 89

Transformation of the Software Integration Process
From Classic Software Integration to Co-Integration 101

Release of Autonomous Commercial Vehicles
Best practices from the automotive industry for simulation-based releases 109

Trailer Bodies and Trailers Aerodynamics
Europe’s Regulatory Status Quo 119

CAN networks for commercial vehicle body applications in towing and towed vehicles 133

Regulation (EU) 2022/1362: Aerodynamic Certification Methodology for Heavy-Duty Vehicles 145

Architecture/Safety
Smart PDUs for BEV & FCEV Truck and Bus Applications Design for fast and efficient prototyping as well as series development 155

Studies on Passive Pedestrian Protection in Heavy Commercial Vehicles 159

Requirements
Electrification of distribution transport
A holistic method for techno-economic site evaluation 167

Scenario-based exploration of economic viability of autonomous trucking 181

Keywords: Dynamischer Rollwiderstand, vorausschauendes Antriebsstrang Management, angepasste Motion Control, autmatisierte Trucks, Trailer Aerodynamik, Serienentwicklung, dynamic rolling restistance, predictive powertrain management, adaptive motion control, automatied trucks, end-of-life vehicle diretive, drivetrain architectures, trailer aerodynamics, series develeopment