The transition to sustainable hydrogen production
is pivotal for the transformation of the industrial
energy sector. AVL offers advanced electrolysis
solutions to meet the growing demand.
AVL’s Electrolysis
Solutions Fuel the
Growth of Sustainable
Hydrogen
Dear
Readers,
In view of the increasing challenges resulting from
the global climate crisis, the topic of sustainability is
becoming even more central to our actions. Terms such
as “Environmental, Social, and Governance” (ESG) and
“Corporate Social Responsibility” (CSR) are no longer just
buzzwords, but key success factors for the future viability
of companies.
The mobility industry in particular is at a turning point. At
AVL, we feel a particular responsibility to actively shape
this transformation. Our claim “Reimagining Motion”
stands for a greener, safer, and better world of mobility.
We aim to not only express this vision in words but also
bring it to life with every step we take.
Our innovations and methods have always contributed
to ma�ing mo�ility more e�cient and s�staina�le. �n
order to meet the EU’s legally binding goal of net-zero
greenhouse gas emissions by 2050, we must not
only reduce our footprint but also reverse it through
technological innovations such as carbon removal
technologies. At AVL, we have taken on this task and
developed a comprehensive sustainability strategy.
However, sustainability is not a target that can be simply
achieved and checked off. It is a journey that requires
determination and courage – especially the courage and
willingness to continuously scrutinize our own actions
and explore new paths. But this is precisely where AVL’s
strengths lie: We have often proven that we have the
skills and the vision to act successfully and sustainably
in the long term.
In this edition of FOCUS, we not only want to introduce
the key points of our new sustainability strategy, but
also highlight the projects and technologies that we
are already driving to shape the future of mobility and
beyond.
I look forward to embarking on this journey toward a
more sustainable future with you.
Prof. Helmut List
Chairman and CEO, AVL
FUTURE ICE SOLUTIONS
26
Premium Performance for Mercedes-AMG
28
Evolution vs. Revolution – The Future of On-Board
Monitoring
29
Driving the Future: The Role of Alternative Fuels in Next
Generation Large Engines
HYDROGEN AND FUEL CELL
30
New AVL Fuel Cell Stack Design Delivers High Power
and �ig� ��ciency
32
A Joint Evolution – AVL and Cummins
33
Fuel Cell Power in New Industries
34
Lighthouse Project for Heavy-Duty Transport
NEXT GENERATION VEHICLES
36
AI Boosts All Development Tasks
37
Faster to Market Thanks to AI-Powered Concept
Development
38
Pipeline Automation for Software Development:
When Years Turn Into Months
40
Innovative Chassis Dyno Testing Solutions for the
Future of Mobility
41
Emission Legislation Focuses on Brake Abrasion
42
Virtualizing Water Wading by Meshless CFD
43
Validated Vehicle Models – Versatile Development Aids
AUTOMATED AND CONNECTED MOBILITY
44
������� ��nctions � �ntegration, �erification
and Validation
47
Non-Terrestrial Networks Extend Vehicle Connectivity
48
���.�a� �oosts ��ciency in ��ro ���� �esting wit�
AVL Smart ADAS Analyzer™
49
Generating Logical Scenarios with Parameters
Captured Through Real-World Data Collection
50
Three Questions on ADAS/AD Scenario Testing
51
Innovative E/E Architectures – the Intelligent Backbone
of Modern Vehicle Platforms
AVL RACETECH
52
Full Vehicle Testing in Motorsport
GLOBAL FOOTPRINT
58
Partnering for Maintenance: How EASE is Transforming
Tech Center Services
59
Revolutionizing Heavy-Duty Transport with
Green Energy Solutions
60
MUBIL: Accelerating Sustainable Mobility Through
Innovation and Collaboration
62
NASA’s Return to the Moon
63
AVL and DENTSU SOKEN Accelerating Product
Development in Manufacturing Industries Worldwide
64 PRODUCT AND SOLUTION HIGHLIGHTS
AVL has alwwways played a key role in making mobility more efÏcient
and more resource friendly. With our new comprehensive sustainability
strategy, we are committing ourselves to achieve even more.
Evaluating, understanding, and optimizing the propulsion system with
the Virtual Twin, a simulation model that captures the physical behavior
of the system, can significantly reduce development time and costs.
AVL’s Lighthouse BEV project marks a noteworthy leap in
electric vehicle (EV) development, combining fast charging
capabilities, optimized energy consumption, and sustainability.
The use of artificial intelligence (AI) represents a paradigm shift in
selecting the right technology for all vehicle systems. Our AI-powered
AVL Vehicle Composer™ tool allows manufacturers to make concept
decisions up to three months earlier.
EDITORIAL AND CONTENT
We Owe It
to the Planet
Simulating E-Drive
Transient Driving
Conditions with the
Virtual Twin
Setting the Stage for the Future of
Fast Charging and EfÏciency
Faster to Market Thanks to
AI-Powered Concept Development
04
16
04
We Owe It to the Planet –
AVL’s Sustainability Strategy
06
Net Zero and Beyond – Interview Prof. Helmut List
ENERGY AND SUSTAINABILITY
10
AVL’s Electrolysis Solutions Fuel the Growth of
Sustainable Hydrogen
12
Green Hydrogen Production – AVL Is Shaping the
Energy of the Future
13
AVL’s Approach to Energy Management:
A Commitment to Sustainability
14
Greater Transparency with the AVL Digital Battery Passport
E-MOBILITY
16
AVL Lighthouse BEV: Setting the Stage for the Future of Fast
��arging and ��ciency
18
More Passenger Capacity for Electric Buses
20
��ree �trategies �or �ore ��cient �attery �esting
21
Electrochemical Modeling of Battery Cells
22
�ig�ly ��cient ����le �esting
23
How to Accelerate E-Motor Development and Testing with AI
24
Simulating E-Drive Transient Driving Conditions
with the Virtual Twin
25
The Perfect Solution for Increased Testing Capacity
Simulating E-Driv
Transient Driving
Conditions with the
24
37
10
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2024