![]() In addition to standard features, such as steady state tests and fully automated test runs, it offers reliable and precise control of the unit-under-test, measuring devices, test cell facilities and all safety-relevant monitoring features – in real-time. It enables you to easily manage the challenges of today and the demands of tomorrow, from research and development to the validation of fuel cell systems.Īn intuitive user interface allows easy access to modern testing and validation methods. The automation system AVL PUMA 2™ Fuel Cell represents the heart of the fuel cell system testbed. To achieve this, a state-of-the-art test environment must combine the real fuel cell system on the testbed with simulated application scenarios already in the development phase. In this course, durability and reliability must be constantly optimized. Fuel cells harness the enormous potential of hydrogen by generating electricity and power everything from passenger cars and commercial vehicles to shipping, railroads and aviation. ![]() Hydrogen represents one core pillar for green mobility and plays a key role in the global effort to reach a climate-neutral economy by 2050. Hydrogen as key player for Green Mobility
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