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Same EU Rules, Different National Paths
One EU Framework for Hydrogen and Ammonia
The EU has created a common direction for renewable energy, hydrogen and low-carbon fuels. Under the revised Renewable Energy Directive, the EU set a binding target for renewables to reach at least 42.5% of final energy consumption by 2030, with an ambition to reach 45%. This target influences both France and Germany by pushing faster renewable power deployment, industrial decarbonisation and cleaner fuel use across the economy.
For industry, the EU framework is even more specific. Renewable fuels of non-biological origin, or RFNBOs, must account for 42% of hydrogen used in industry by 2030, rising to 60% by 2035. This matters for green hydrogen and downstream products such as green ammonia, e-methanol and sustainable fuels. If ammonia is produced from certified renewable hydrogen, it can become part of the EU’s emerging market for renewable industrial molecules.
The EU also requires renewable hydrogen to meet strict sustainability conditions. The European Commission states that renewable hydrogen must be produced from renewable energy and achieve at least 70% greenhouse gas emissions savings. These rules apply not only to EU producers, but also to international producers exporting renewable hydrogen or derivatives into the EU.
Certification Is Becoming a Market Gatekeeper
For green ammonia, this means that technology alone is not enough. A project must prove the origin of its electricity, the carbon intensity of its hydrogen, and the traceability of the final ammonia product. This applies whether ammonia is used directly in fertilisers, converted into fuel, imported through a port, or converted back into hydrogen through ammonia cracking.
EU certification therefore affects project design from the beginning. Developers need to consider renewable electricity procurement, additionality, emissions accounting, product tracking and third-party verification. For companies supplying modular green ammonia systems, these requirements are not just administrative details. They shape how equipment, control systems, data recording and project documentation should be designed.
The EU is also defining rules for low-carbon hydrogen. Commission Delegated Regulation 2025/2359, published in the Official Journal in November 2025, specifies the methodology for calculating greenhouse gas emissions savings from low-carbon fuels. This is important because France and Germany do not only compete in renewable hydrogen; they also participate in a broader debate about how low-carbon hydrogen should be recognised in Europe.
Why France and Germany Still Differ
Even under the same EU rules, national energy systems matter. France starts from a highly low-carbon electricity system. In 2025, mainland France generated 547.5 TWh of electricity, with low-carbon sources accounting for more than 95% of generation. This gives France a strong foundation for renewable and low-carbon hydrogen, especially in industrial and fertiliser-related applications.
Germany follows a different route. In 2025, renewable energy sources produced 290.2 TWh, or 57.2% of Germany’s gross electricity generation. Wind and solar are now central to the German power mix, but gas, lignite and hard coal still remain part of the system. Germany’s hydrogen pathway is therefore closely tied to rapid renewable expansion, grid development and imports of hydrogen derivatives.
This difference helps explain the role of green ammonia in each market. In France, green or low-carbon ammonia can be linked more naturally to local industrial use, fertiliser decarbonisation and partial replacement of fossil-based hydrogen at existing sites. In Germany, green ammonia is more strongly connected with imports, ports, ammonia cracking, hydrogen pipelines and large industrial demand.
A Common Market, Not a Common Strategy
EU policy creates common rules, but not identical national pathways. Both France and Germany must comply with RFNBO rules, emissions accounting, certification requirements and state-aid controls. Both countries also depend on EU funding tools and market-building mechanisms, including the European Hydrogen Bank, which in its third auction awarded over €1 billion to nine projects expected to provide almost 1.1 GW of electrolyser capacity.
For the green ammonia sector, this creates a clear lesson. France and Germany should not be treated as one single European market. They share EU rules, but their opportunities differ. France may offer stronger near-term potential for local green ammonia production and fertiliser decarbonisation. Germany may offer larger infrastructure-driven opportunities around green ammonia imports, ammonia cracking and industrial hydrogen supply.
For technology providers, the winning approach will be to combine EU compliance with local market logic. In Europe, green hydrogen and green ammonia projects must satisfy Brussels. But to succeed commercially, they must also fit the national energy system, industrial demand and infrastructure strategy of each country.
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