electrolysis, to which numerous references and patents attest.
8EtWGhP Our scalable simulation solutions for the development
of electrolyzers range from multiphysics 3D to multidomain
system simulations. Our 3D solutions support the development
of stack and Balance of Plant (BoP) components to achieve
important performance and durability KPIs. In our multidomain
system simulations, we utilize real-time-enabled, physics-
based component models that support the engineering teams
throughout all phases of the development process.
6it^Ferger Our test solutions offer modular approaches with
a comprehensive data collection and emulation framework.
In combination with state-of-the-art automation and control
systems, we provide a complete solution for testing electrolysis
installations in the megawatt range. What sets AVL apart is the
unique combination of real data from the unit under test (UUT)
augmented with simulation data via co-simulation of digital
twins. Our scalable system testing solutions range from simple
data collection of all relevant interfaces to advanced interface
emulations for the entire electrolysis system.
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1EGherhEQQer At AVL we cover the gaps in our customers’
know-how and engineering capacity. We accelerate market
launch while sticking to budget goals as well as adapting to
customer processes and educating new customer’s employees
on the job or at AVL training centers. Another big advantage is
our established sales and service network, which offers access
to AVL’s global network and extensive capacities.
6it^Ferger A key advantage is our focus on frontloading:
Our tailored test solutions enable electrolyzers to be tested
e\tensively and validated FeJore tLey enter infield oTeration. ;e
thereby facilitate the early optimization of operating strategies
and a detailed analysis of interactions. AVL is much more than
simply a supplier of test equipment, we are your partner who
guides the entire development process with tailored processes,
methods, and tools. Our aim is to provide robust solutions that
always focus on the requirements of end users.
8EtWGhP Using our simulation solutions helps reduce project
costs and development times since simulations deliver
feedback on the attainment of engineering goals at system
and component level early in the development process.
8Lis also significantly accelerates reacLing a LigL level oJ
technological and product maturity, since customers can
focus on the actual innovation process instead of on creating
DIY simulation solutions. AVL’s global service network also
offers comprehensive assistance in all aspects of simulation-
supported product development across all phases of the
development process.
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1EGherhEQQer A key highlight is our IP-protected megawatt
SOEC system reference design, now available for licensing. In
, we ll Lave oYr first %:0develoTed 4)1 stacO in oTeration.
0ooOing aLead to , we re set to laYncL a LigLly eƾcient
power-to-liquid demonstration plant and introduce our new AEM
electrolysis stack platform.
8EtWGhP We will soon present innovative model generators,
which facilitate the automatic creation and parameterization
of complex system models. We are also developing
new aTTroacLes to enaFle more Trecise identification oJ
performance degradation mechanisms and aging phenomena in
the future.
6it^Ferger On the test equipment side, we are working intensely
on rolling out our integrated test solutions for monitoring and
active testing of electrolysis systems in megawatts. We provide
our solutions to the globally emerging hydrogen innovation
centers and integrate our data analytics platform into existing
demonstration plants. Furthermore, we aim to be the catalyst for
our customers’ innovations and make a valuable contribution to
the transformation of the industrial energy sector.
Interview with
Josef Macherhammer
Product Manager Hydrogen
and Industrial Energy
Dr. Reinhard Tatschl
Principal Research and
Technology Manager
Dr. Daniel Ritzberger
System Line Manager
Electrolysis Testing Solutions
“We want to bring the
industrialization of
hydrogen production
technologies to a higher
technological level.”
2024