The hydrogen economy – total cost of ownership in production and use
AVL experts explain how ecological and political factors are shaping the hydrogen economy.
Fuel Cell Vehicles
Electric air compressor development to meet future PEM fuel cell needs
Garrett’s Rob Cadle discusses the major design requirements of air compressors for PEM fuel cells and the key technologies and approaches Garrett is developing to meet these requirements.
Transforming the fuel cell development process with virtualization
AVL’s Emre Kural, Beatriz Acero Tello, and Martin Abart explain how to successfully exploit the full potential of simulation to develop fuel cells, from configuration to SOP.
How E-Fluids can help automotive manufacturers to electrify and decarbonize
Shell’s Sundeep Kamath and Christopher Dobrowolski discuss how E-Fluids can improve the reliability, efficiency and performance of modern electric vehicle powertrains.
Electric vehicles – setting a course for 2030
Deloitte‘s Dr Jamie Hamilton discusses the global market outlook for electric vehicles in the period to 2030 and the barriers that stakeholders must overcome to enable mass adoption.
CO2 reduction in commercial vehicles – the AVL hydrogen engine
AVL experts discuss the company’s hydrogen ICE, which looks set to play a critical role in decarbonizing the goods transport sector.
Developing heavy-duty hydrogen powertrains for 2025+
Ricardo presents its hydrogen engine and fuel cell system development capability using VPD including TCO, software and advanced control approach.
How to boost fuel cell electric vehicle R&D
Experts from AVL discuss a fuel cell testing solution, which can help stakeholders achieve a development process that is both cost- and time-efficient.
Post Euro-6 emission testing: how R&D emission testing might look
Experts from AVL discuss the impact of Post-Euro-6 emission regulations on vehicle and engine R&D emission testing.
Post Euro-6 emission testing: The impact on emission and energy measurements on chassis dyno testbeds
Experts from AVL provide an overview of the effects of Post Euro-6 emission regulations on chassis dyno measurements.
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.
Hydrogen – a solution to the intermittency of renewable energy sources
AVL’s Martin Rothbart and Josef Schwaiger explain how hydrogen can be used for green energy storage, and the role it can play in ramping up a CO2-neutral transportation sector.
How to manage battery testbeds efficiently
AVL’s Marinette Iwanicki explains how to maximise the efficiency of a battery testing lab with the company’s holistic lab management software solution.
How to maximize the efficiency of test labs
AVL’s Gerald Sammer explains how the company’s data and process management solution can help boost lab efficiency.
Fast, right, competitive: how to achieve success in vehicle electrification
AVL’s Oliver Knaus discusses eSUITE, the company’s tailored simulation solutions for engineers developing electric and hybrid electric vehicle technology.
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.
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.