A new analysis suggests Germany’s ambitious hydrogen strategy could burden taxpayers with up to €45 billion if demand forecasts for hydrogen consumption do not materialise as expected, raising concerns over infrastructure costs and policy shifts.
Germany risks saddling taxpayers with a bill of up to €45bn if its hydrogen build-out proceeds on demand forecasts that prove too optimistic, according to new analysis from the Institute for Energy Economics and Financial Analysis.
The think tank says Berlin’s strategy assumes hydrogen consumption will rise sharply as the country pushes towards climate neutrality by 2045, but that expectation may be inflated by the faster spread of electrification and by cheaper low-carbon alternatives in sectors ranging from heating and transport to industry and power. In its view, that could leave Germany with infrastructure sized for a market that fails to materialise.
IEEFA’s report says the National Hydrogen Strategy had projected demand of 95-130TWh by 2030, with 50%-70% expected to be met through imports. By 2045, the plan envisaged demand reaching 360-500TWh of hydrogen plus about 200TWh of hydrogen derivatives. The institute argues those numbers may be far too ambitious.
The fiscal risk is concentrated in the network. IEEFA says Germany is banking on hydrogen users eventually repaying the cost of pipelines over time, but if demand stays weak, the shortfall would fall to the public. In a limited-rollout scenario, the group estimates public pipeline costs alone could reach €34.7bn by 2055.
“This matters because Germany is financing its hydrogen network on the assumption that demand will grow quickly enough for users to repay the costs over time. If that demand fails to materialise, taxpayers will be on the hook,” Alasdair Docherty, an IEEFA sustainable finance analyst and co-author of the report, said.
The report also takes aim at a policy shift that has accelerated this year. Germany’s Hydrogen Acceleration Act, which the International Energy Agency says was designed to speed permitting and procurement for hydrogen infrastructure, has been used to strengthen the policy push. IEEFA argues that the move to include blue hydrogen, made from natural gas with carbon capture, risks locking in dependence on volatile gas markets rather than reducing it.
That concern has sharpened as gas prices have remained unstable. IEEFA says blue hydrogen would add to network costs and prolong exposure to imported gas, undermining the security and competitiveness case that often underpins hydrogen investment.
The wider European debate is increasingly splitting between ambition and affordability. Germany launched a €50bn climate contracts programme in 2023 to help heavy industry decarbonise, and companies can bid for support by showing the carbon price at which cleaner production would compete with conventional methods. For steelmakers, that can mean proving the economics of switching to green hydrogen.
Yet IEEFA’s broader research suggests that pathway is still constrained by cost, electricity demand and supply-chain bottlenecks. It has separately warned that using hydrogen to decarbonise gas-fired power at scale would be difficult, and that the green hydrogen value chain for steel still faces major limits, including electrolyser capacity and the large amount of renewable power needed to produce each unit of fuel.
The institute says Germany should focus more narrowly on the hardest-to-electrify uses, while leaning more heavily on imports of hydrogen derivatives where they are genuinely needed. That, it argues, would reduce the need for oversized domestic infrastructure and lower the risk of leaving taxpayers exposed if the market grows more slowly than policymakers expect.
Globally, however, hydrogen investment momentum remains significant. The Hydrogen Council’s first Global Hydrogen Compass says more than $110bn of low-carbon hydrogen projects had reached final investment decision by 2025, with the project pipeline expanding to 1,749 developments. But IEEFA’s warning is that the scale of the global pipeline should not obscure a more awkward reality for individual countries: if demand forecasts are wrong, the cost of being early can be very high.
- https://www.edie.net/germany-risks-e45bn-in-public-costs-due-to-overestimated-hydrogen-demand/ – Please view link – unable to able to access data
- https://ieefa.org/resources/rethinking-germanys-hydrogen-led-transition – The Institute for Energy Economics and Financial Analysis (IEEFA) published a report on May 7, 2026, analysing Germany’s hydrogen strategy. The report suggests that Germany’s hydrogen demand may fall below official projections, potentially leading to overbuilding of infrastructure and significant public funding requirements. It also highlights the fiscal risks associated with the hydrogen network’s financing model, which could shift costs to taxpayers if demand does not meet expectations. The study recommends prioritising imports of hydrogen derivatives for hard-to-electrify sectors to reduce infrastructure needs and costs.
- https://www.iea.org/policies/27968-hydrogen-acceleration-act – The International Energy Agency (IEA) provides information on Germany’s Hydrogen Acceleration Act, which came into force in 2024. The act aims to accelerate the scale-up of hydrogen, particularly renewable hydrogen, by streamlining planning, approval, and procurement processes. It introduces faster approval timelines, limits on appeals, digitalisation requirements, and simplified procedures for hydrogen production, storage, transport, import, and related infrastructure. Hydrogen infrastructure is designated as being of ‘overriding public interest,’ giving it priority in approvals.
- https://ieefa.org/articles/germanys-hydrogen-bet-risks-wasting-tens-of-billions-taxpayer-euros – IEEFA’s article, published on May 7, 2026, discusses the potential financial risks of Germany’s hydrogen strategy. It warns that overestimating hydrogen demand could lead to overbuilding infrastructure, resulting in tens of billions of euros in wasted taxpayer money. The article also highlights the shift towards blue hydrogen, produced from natural gas with carbon capture, and its potential to prolong Germany’s dependence on volatile gas markets, threatening energy security and industrial competitiveness.
- https://ieefa.org/germanys-unrealistic-shift-gas-fired-power-hydrogen – IEEFA’s report examines Germany’s plan to transition from gas-fired power to hydrogen. It highlights the challenges of scaling up green hydrogen production to decarbonise gas generation, including high production costs, import dependencies, and infrastructure constraints. The report questions the feasibility of converting gas power plants to hydrogen at the required scale and speed, given these challenges.
- https://ieefa.org/resources/hydrogen-unleashed-opportunities-and-challenges-evolving-h2-dri-eaf-pathway-beyond-2024 – IEEFA’s briefing note discusses the role of green hydrogen in decarbonising the steel industry. It highlights the need for large-scale green hydrogen projects to support steel production and the challenges associated with creating a green hydrogen value chain for steel. The note also addresses constraints such as limited electrolyser manufacturing capacity and the significant electricity consumption required for green hydrogen production.
- https://ieefa.org/sites/default/files/2025-01/BN_Blue%20hydrogen-%20A%20false%20hope%20for%20steel%20decarbonisation_Jan25.pdf – IEEFA’s briefing note, published in January 2025, examines the role of blue hydrogen in steel decarbonisation. It argues that blue hydrogen, produced from methane with carbon capture, may not meet the stringent emissions thresholds required for low-emissions steel production. The note suggests that green hydrogen represents a more viable option for decarbonising the steel industry.
Noah Fact Check Pro
The draft above was created using the information available at the time the story first
emerged. We’ve since applied our fact-checking process to the final narrative, based on the criteria listed
below. The results are intended to help you assess the credibility of the piece and highlight any areas that may
warrant further investigation.
Freshness check
Score:
8
Notes:
The article was published on May 7, 2026, and references a report from the Institute for Energy Economics and Financial Analysis (IEEFA) dated the same day. The IEEFA’s report is the primary source, and the article appears to be a direct summary of this report. No earlier versions of this specific content were found, indicating originality. However, the article’s reliance on a single source raises concerns about freshness and potential bias.
Quotes check
Score:
7
Notes:
The article includes direct quotes from Alasdair Docherty, an IEEFA analyst. These quotes are consistent with those found in the IEEFA’s original report. No earlier usage of these specific quotes was found, suggesting they are original. However, the lack of independent verification of these quotes outside the IEEFA’s report is a concern.
Source reliability
Score:
6
Notes:
The article is sourced from the IEEFA’s own report, which is a reputable think tank. However, the IEEFA’s focus on energy economics may introduce a specific perspective. The article does not reference other independent sources or publications, which limits the breadth of information and may indicate a lack of source independence.
Plausibility check
Score:
7
Notes:
The claims about Germany’s hydrogen infrastructure and potential costs align with known discussions in the energy sector. However, the article lacks corroboration from other reputable news outlets or independent analyses, which raises questions about the robustness of the claims. The reliance on a single source without external validation is a significant concern.
Overall assessment
Verdict (FAIL, OPEN, PASS): FAIL
Confidence (LOW, MEDIUM, HIGH): MEDIUM
Summary:
The article presents information from the IEEFA’s report without corroboration from other independent sources, raising concerns about freshness, source independence, and verification. The reliance on a single source without external validation is a significant issue. Given these factors, the content does not meet the necessary standards for publication.
