IAV’s approach to sustainable electric vehicle battery design
Michael Clauß presents the EcoDesign2.0 concept, which demonstrates an advanced level of optimization by incorporating features related to cell-to-pack and second-life applications.
Michael Clauß presents the EcoDesign2.0 concept, which demonstrates an advanced level of optimization by incorporating features related to cell-to-pack and second-life applications.
IAV’s Reik Laubenstein provides a clear vision of risk mitigation in lithium-ion batteries using various fault detection algorithms for Battery Management Systems.
Michael Clauß examines how, through various research projects, IAV has advanced all aspects of the bipolar EV battery concept.
ArcelorMittal’s Tarek Krim and Robert Fell of PFINDER KG present a corrosion-resistant coating for high-voltage EV battery shields.
Elektrobit’s Lucian Badescu explains how OEMs and Tier1s can overcome the challenges caused by the vast landscape of EV communication charging standards and vehicle platform changes.
AVL’s Tom Horvat explains how to overcome the numerous challenges of developing eco-friendly battery solutions.
Kai Peters and Dr. Roman Kremmer of 4flow explore key areas for cost optimization in automotive supply chains.
Dr. Umesh N. Hivarkar explains how FEV’s AI-powered digital battery improves battery range, efficiency, safety, and lifetime, enabling multiple new applications for EVs.
HBK’s Mike Hoyer explains how to best overcome EMI challenges and significantly improve the accuracy of electric powertrain measurements.
AVL’s Anne-Marie Schuppan presents solutions for a MegaWatt charging setup with regard to standardization, energy flow, and efficiency.
Marc Sens and Dr Alexander Fandakov discuss how IAV and Convergent Science are collaborating to simulate thermal propagation.
Element’s Chara Diaz provides unique insight into the trends dominating electric vehicle battery technology.
AVL’s Bernhard Brunnsteiner and Rolf Döbereiner discuss commercial vehicle battery requirements and explain how to integrate a battery system into the chassis of a European low-floor city bus.
NXP’s Patrik Varecha and Narsimh Kamath explain how to overcome application challenges in the LEV segment using a 48V motor control solution.
René Steinek and Dr. Rolf Doebereiner present AVL’s innovative fuel cell truck solution.
Element’s Mike Pendleton explains how battery design verification and analysis can help answer questions before they arise and how to save costs in design and production validation cycles.
AVL’s Dr. Gerald Sammer explains how to optimize battery testing with a comprehensive methodology supported by a software solution open to any test equipment vendor.
Robert Kurzmann explains how engineers can use the AVL-DRIVE™ VIORE objective assessment tool throughout the calibration process to meet customer expectations.
NXP’s Gergely Simon and Nikhil Reddy Kothapally explain how to use the S32 eIQ® Auto platform to enable deployment of trained models for S32 Automotive Platform devices.
AVL and Tributech experts explain how to support the integration, tracking, analysis, and reporting of relevant battery data during the battery lifecycle.