Breakthrough in virtual EV battery development – Part 1: cell modelling
AVL and Batemo experts discuss how AVL’s high-precision physical, parameterized and validated battery cell models represent a breakthrough in battery development.
Thermal Management
Innovative battery thermal management: reducing total battery cost and improving safety and charging time
Ricardo experts present the company’s battery development capability, including thermal management using Virtual Product Development (VPD).
Benchmarking the Porsche Taycan’s 800V powertrain and battery
AVL’s Georg Schrank and Christoph Klement provide an in-depth analysis of the company’s latest benchmarking tests for the new Porsche Taycan’s 800V powertrain and battery.
New emissions limits: the challenges and solutions for Euro VII and the US
Experts from Ricardo discuss the future emissions challenges and solutions for Euro VII (heavy-duty vehicles) regulations.
Employing virtual development to understand and inhibit thermal runaway propagation in lithium-ion battery systems
Experts from AVL discuss how virtual development can be used to understand and inhibit thermal runaway propagation in lithium-ion battery systems.
How to develop battery technologies for large series applications – on the example of immersion cooling
AVL’s Wenzel Prochazka discusses how to cool an electric vehicle battery using a dielectric fluid to remove heat from the cells, contactors and busbars.
Silicone adhesive for lifetime performance in vehicle electrification
Dow’s Bruce Hilman and Brad Tuft provide an overview of silicone adhesive curing technologies on the market today and describes development trends.
Connected electronic horizon: how to achieve vehicle efficiency benefits now
Ricardo experts discuss how a connected electronic horizon can improve energy efficiency, enable enhanced assistive controls for greater comfort and smart planning for zero emissions in urban areas.
Electric vehicle battery health and lifetime prediction for first and second life applications
Experts from AVL present methodologies to measure, calculate and predict electric vehicle battery health and lifetime for first and second life applications.
How to accelerate the e-drive calibration process
Experts from AVL explain how the PMSM e-drive calibration process can be accelerated using optimized testing solutions and an Active DoE approach.
ThermoLabs – the future of automotive thermal management test systems
AVL’s Gerald Zotter outlines how model-based testing technology can accelerate and optimise vehicle range and comfort development.
Virtual fuel cell development – from component layout to system integration
AVL simulation experts Dr Reinhard Tatschl and Matija Mlakar provide an introductory overview of AVL’s scalable PEM fuel cell simulation solutions.
How to master your hybrid and electric vehicle battery pack’s thermal, electrical and mechanical challenges
Experts from more than ten companies provide unique insight and solutions for battery pack engineering and production.
AVL CAMEO™ 4R3: Intelligent testing and characterisation for system modelling and optimisation
Experts from AVL discuss how the new version of CAMEO can increase and accelerate testing of UUT (Unit Under Test) types, with updated optimisation and an all-new robustness optimisation feature.
From 0D to 3D: simulation approaches for vehicle fuel cell systems
FEV’s Marius Zubel presents a modelling framework for fuel cell systems which is capable of solving both optimization targets.
Thermal management strategies for electric vehicles
AVL’s Michael Bires explains how effective thermal management strategies can help automakers improve the efficiency of electric vehicles.
Fuel cell: a sustainable clean solution for long haul commercial vehicles
Experts from Ricardo discuss the challenges and opportunities for fuel cell technology in heavy duty commercial vehicles.