Hydrogen Technologies

Companies and public stakeholders are under pressure to act: Hydrogen is expected to decarbonize industry, mobility, and energy systems, yet in practice the pace is slowed by high system costs, a lack of manufacturing scale, complex safety and quality requirements, and still‑developing transport, storage, and supply infrastructures. At the same time, technologies such as electrolyzers, fuel cells, storage systems, infrastructure, and applications must become significantly more robust, efficient, and circular to transform pilot projects into economically viable solutions.

This is where we — the Fraunhofer Institutes working in production and industrial hydrogen applications — come in. We support you along the entire hydrogen value chain: from the development and cost‑optimized manufacturing of key components (e.g., bipolar plates and MEAs) to the industrialization of high‑throughput production and testing technologies, and the virtual design of product, factory, and process twins. We combine deep process understanding with automation, data, and quality concepts (including digital twins for traceability) to quickly transfer new methods from the laboratory into reproducible, scalable process chains.

To ensure hydrogen reaches real‑world operation, we also address the “system level”: We analyze and optimize transport and infrastructure pathways (pipeline vs. trailer, cost and sensitivity analyses) and develop application‑oriented validation — including test rigs and demonstration environments for real use cases such as PtX fuels and maritime applications, including retrofit concepts. In addition, we create value through recycling and circularity approaches as well as assessment models for economic deployment in factory systems and supply chains. The result is an end‑to‑end offering that spans from concept and design to manufacturing and quality assurance, all the way to safe and economically viable application.