Hydrogen fuel cells are becoming increasingly important for vehicle propulsion and energy storage in electric vehicles – especially in trains and commercial vehicles but also in an ever-increasing number of passenger cars. With our solutions, we offer manufacturers all over the world comprehensive support for developing and testing state-of-the-art fuel cell technologies.
Hydrogen Fuel Cells for Stationary Energy Storage Systems

With the transition to renewable energies, the market for stationary energy storage systems is constantly growing. Of course, you can rely on our full support when developing and testing hydrogen fuel cells for stationary applications.

Challenges
Typical fuel cell system with the fuel cell stack, an air supply path, a hydrogen supply path, and a cooling circuit. Testing fuel cell ECUs requires plant models of the fuel cell system and optionally of the system's environment.

Challenges

A typical fuel cell system consists of an air supply path (cathode), a hydrogen supply path (anode), and a cooling circuit. To control the operation of the complete fuel cell system, fuel cell vehicles require an electronic control unit (ECU), which has to pass extensive tests before being introduced to the market.

The ECU uses various control algorithms to actuate the components related to the fuel cell system, including hydrogen injection, valves, pumps, and compressors. During ECU tests, the test system must appropriately process the actuation controls. At the same time, the sensor values from the fuel cell system, such as pressure and temperature, must be provided continuously to the ECU. Apart from the testing hardware, this requires mathematical descriptions of the fuel cell system and optionally of the system’s environment. These plant models have to fulfill various requirements, including strong computation performance (real-time capability), scalability, and model accuracy.

Our Solutions for Hydrogen Fuel Cells

We offer the right tools to help you improve your development process of fuel cells and related technologies. Our industry-proven HIL test systems, e.g., based on SCALEXIO technology, include simulators that perform all relevant functions for fuel cell ECU operation. Our ASM portfolio offers suitable fuel cell system models and test environments (e.g., full truck simulation) that can be extended in engineering projects to ensure that you meet all challenges related to the required plant models.

Simulation Modeling
Mathematical models for testing and validating control algorithms by means of simulation

Mathematical models for testing and validating control algorithms by means of simulation

Simulation is an industry-proven method for testing and validating control algorithms and control software. dSPACE offers simulation models that support all stages of development, from function design to ECU testing.

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Rapid Prototyping
Function development from autonomous driving to zero emissions

Function development from autonomous driving to zero emissions

Our scalable and comprehensive dSPACE prototyping systems provide real environments for mechatronic control design and data-driven development.

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Production Software Development
TargetLink – production code generation for the highest demands

TargetLink – production code generation for the highest demands

dSPACE TargetLink generates production code automatically for graphically specified functions straight from MathWorks® Simulink®/Stateflow®. This shortens coding and development times drastically and contributes to a considerable improvement in the quality of the production code.

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HIL Testing
One-stop solution for hardware-in-the-loop simulation

One-stop solution for hardware-in-the-loop simulation

As the international market leader for hardware-in-the-loop testing, dSPACE provides the most comprehensive range of tools, solutions, and technology. The dSPACE products and services cover all test phases from function testing to ECU testing to network testing.

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SIL Testing
SIL testing with the powerful dSPACE solution for PC- and cloud-based simulation

SIL testing with the powerful dSPACE solution for PC- and cloud-based simulation

Software-in-the loop (SIL) testing with our dSPACE solution lets you simulate and test software functions or complete V-ECU networks – in real-time or even faster, and highly parallel.

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Bus & Network Communication
Simulation and analysis for a wide range of bus systems

Simulation and analysis for a wide range of bus systems

dSPACE provides a comprehensive and complete tool chain for simulating, analyzing, and validating networks. In addition to real-time simulation tools and hardware for in-vehicle and in-laboratory use, the dSPACE portfolio includes completely software-based simulation for buses.

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