Executive Summary

The global hydrogen hype cycle of 2020-2022 has given way to a more sober reckoning in 2025-2026: green hydrogen is more expensive, slower to scale, and more technically challenging than the most optimistic projections suggested. Every major economy published a national hydrogen strategy in 2020-2022; cumulative government commitments exceeded $300 billion globally; and yet by 2026, green hydrogen production remains a tiny fraction of total hydrogen supply (still over 95% grey hydrogen from fossil fuels), costs have not fallen to the $2/kg target that most strategies assumed, and several high-profile projects have been cancelled or delayed. France’s hydrogen strategy, embedded in France 2030’s €9 billion allocation, is distinguished by three features that make it more realistic and more likely to deliver than most competitor strategies: its emphasis on domestic electrolyzer manufacturing (not just production targets), its focus on industrial decarbonization demand (steelmaking, chemicals, ammonia) rather than premature transport applications, and its nuclear electricity foundation (France’s nuclear baseload makes electrolysis genuinely low-carbon, unlike countries relying on renewable electricity whose intermittency creates hydrogen production challenges). France may not win the global hydrogen race by volume — Australia and Middle Eastern producers will likely dominate green hydrogen exports at scale. But France can win the technology race: electrolyzer manufacturing, advanced electrolysis technology, and the industrial hydrogen economy it is building domestically through France 2030.

Global Hydrogen Strategies: The Field

Over 20 countries have published national hydrogen strategies. The major programs:

France’s Hydrogen Strategy: What Makes It Different

The €9 billion allocation within France 2030 is among the largest national hydrogen investments in absolute terms, behind only Germany’s €9 billion, the US’s $8B+ in hubs (plus uncapped 45V tax credits), and China’s integrated programs. But France’s hydrogen strategy is architecturally distinctive in three ways:

1. Electrolyzer manufacturing, not just production: France 2030 allocates significant funds to building a domestic electrolyzer manufacturing industry — not just to buying electrolyzers to produce hydrogen. Companies like Genvia (CEA/Schlumberger/Vicat/SLB JV) and McPhy Energy receive France 2030 support to develop and manufacture SOEC (solid oxide electrolysis cells) and alkaline electrolyzers domestically. The strategic logic: France wants to sell electrolyzers to the world’s green hydrogen producers, not just be a green hydrogen producer itself. Genvia’s SOEC technology — which uses high-temperature electrolysis with superior efficiency — is a technology leadership play that could give France a durable export position in the electrolyzer industry, analogous to Germany’s position in wind turbine manufacturing in the 2000s.

2. Industrial demand focus: France’s hydrogen strategy explicitly targets industrial decarbonization as the primary near-term hydrogen demand: green hydrogen for steelmaking (ArcelorMittal Dunkirk DRI plant is France’s most important hydrogen demand anchor), refinery decarbonization, chemicals production, and fertilizer manufacturing. This is more realistic than strategies that assume rapid hydrogen vehicle adoption or hydrogen heating deployment before the economics are proven. France’s €5 billion industrial decarbonization program (the “50 Most Carbon-Intensive Sites” program) creates co-located hydrogen demand alongside production projects.

3. Nuclear electricity foundation: France’s electricity grid is approximately 70-80% nuclear and renewable — among the lowest carbon intensities in Europe. This means French green hydrogen from grid electricity has genuinely low lifecycle emissions, unlike countries where “green hydrogen” is produced using electricity from a grid still partially powered by fossil fuels. The EU’s additionality requirements for hydrogen to qualify as “renewable” are more easily met in France than in most member states. Additionally, France is exploring “pink hydrogen” (nuclear electrolysis) which has no equivalents in the German or UK hydrogen strategies.

Germany’s Hydrogen Strategy: Scale With Import Dependency

Germany’s €9 billion hydrogen strategy (2020), subsequently expanded, is comparable in scale to France’s but differs architecturally:

Germany imports vs France produces: Germany’s strategy assumes it will import large volumes of green hydrogen from North Africa (Morocco, Algeria), Australia, and other low-cost renewable electricity regions. Germany is investing in hydrogen import terminals, pipeline connections, and bilateral hydrogen partnerships with producing countries. France’s strategy assumes more domestic production from nuclear and offshore wind electricity.

Competition for the same industrial demand: Both France and Germany have major steel, chemicals, and industrial sectors that are natural hydrogen consumers. But Germany’s higher energy prices and more difficult economic outlook mean its industrial hydrogen demand may develop more slowly than France’s — companies relocating energy-intensive production undermine domestic hydrogen demand projections.

The pipeline politics: Germany’s pivot to hydrogen imports requires new pipeline infrastructure across Europe. France’s position — on the Atlantic coast, with nuclear electricity and developing renewable capacity — makes it a potential hydrogen corridor between producers in Iberia/Africa and German consumers. The planned European “Hydrogen Backbone” infrastructure crosses France; France 2030 is funding connectivity projects that could make France a hydrogen transit hub.

The US Hydrogen Strategy: The 45V Tax Credit Impact

The US Inflation Reduction Act’s Section 45V — the Clean Hydrogen Production Tax Credit — is potentially the most powerful hydrogen policy instrument globally. It provides up to $3/kg in tax credits for clean hydrogen production, depending on lifecycle emissions. For green hydrogen at current production costs of $4-6/kg, a $3/kg tax credit is transformative — making US green hydrogen projects potentially profitable years earlier than European equivalents.

France vs USA on hydrogen economics:

• US green hydrogen with 45V: ~$2-3/kg (at optimal solar/wind resources with credit)
• French green hydrogen with nuclear electricity + subsidies: ~€2.5-4/kg (developing)
• German green hydrogen + subsidies: ~€3-5/kg

The 45V impact on hydrogen project location decisions mirrors the IRA’s impact on battery manufacturing — US locations became significantly more attractive for hydrogen producers in 2023-2025. Several announced European hydrogen projects, including some initially targeting French offshore wind zones, revisited their geographies following 45V.

The additionality constraint: 45V credits require meeting emissions intensity thresholds that have created controversy around “what counts as clean hydrogen” — the final Treasury guidance on 45V hourly matching requirements has been a significant policy debate. This creates uncertainty that France’s more straightforward nuclear electricity-based green hydrogen approach does not face.

Japan’s Hydrogen Strategy: Import-Centric, Long-Term Commitment

Japan’s hydrogen strategy is the most import-centric among major programs. Japan has neither large renewable electricity resources (constrained geography limits utility-scale solar and wind) nor domestic natural gas for blue hydrogen at competitive prices. Japan’s strategy is to import hydrogen (initially as liquid hydrogen, later as ammonia) from Australia, Middle East, and Southeast Asia — and to develop hydrogen as a primary energy carrier for power generation, industrial heat, and transportation.

Japan’s distinctive contribution: the development of hydrogen supply chains at scale. Kawasaki Heavy Industries has built the world’s first liquid hydrogen carrier (Suiso Frontier) and is developing commercial-scale import terminals. Japan’s ammonia co-firing program for power plants — subsidizing the blending of 20% ammonia with coal in thermal power plants — has no parallel in France or Europe.

France-Japan hydrogen complementarity: France’s electrolyzer technology (Genvia SOEC) and Japan’s hydrogen import infrastructure (Kawasaki, IHI) could be complementary in third-country markets — France providing electrolysis technology, Japan providing import logistics infrastructure, combined for projects in North Africa or Middle East targeting European markets.

Australia’s Green Hydrogen Strategy: Export Ambitions

Australia has committed to becoming a major green hydrogen exporter, targeting production costs below $2/kg using abundant solar and wind resources in Western Australia, Queensland, and the Northern Territory. Australia’s Hydrogen Headstart program provides $2 billion in production credits for early projects. Several world-scale projects have been announced (with various degrees of commitment):

• HySupply Australia (with Germany, Australia-Germany hydrogen trade)
• Asian Renewable Energy Hub (AREH): 26 GW project in Western Australia (downsized from initial plans)
• Hydrogen to Rotterdam and Hamburg projects

Australia vs France on hydrogen: France is not competing with Australia for hydrogen production at scale — Australia’s production costs (long-term) will be significantly below France’s. France’s competitive position is in the technology supply chain: selling electrolyzers, compression and liquefaction equipment, control systems, and engineering services to Australian and Middle Eastern hydrogen projects. France 2030’s emphasis on electrolyzer manufacturing is explicitly positioned for this export opportunity.

China’s Hydrogen Strategy: Scale and Integration

China’s hydrogen strategy is the most integrated globally — combining hydrogen production from multiple sources (green, grey, blue), domestic vehicle deployment (hydrogen buses and trucks, not passenger cars), industrial use, and electricity storage. China’s 100-200 GW electrolyzer target by 2030 dwarfs all other national targets. Chinese alkaline electrolyzer costs have fallen dramatically — to $200-300/kW in 2025, compared to $800-1200/kW for European manufacturers. This cost advantage threatens France’s electrolyzer manufacturing ambitions.

The Chinese electrolyzer threat to France: France 2030’s electrolyzer manufacturing investment (Genvia, McPhy) faces the same challenge as European EV battery manufacturing — Chinese manufacturers (Peric, Sungrow, CSSC) are reaching cost levels that Europe may struggle to match without sustained subsidy. France’s response: differentiate on technology (SOEC efficiency advantages vs alkaline), target premium markets (industrial applications requiring reliability, defense, space), and leverage EU content requirements in European hydrogen projects.

Key Results as of Q1 2026

France (France 2030 hydrogen):

• €4-5B committed (of €9B total)
• ArcelorMittal Dunkirk DRI: First phase operational with hydrogen injection
• Lhyfe: Offshore wind-powered green hydrogen production operational (1.3 MW electrolysis)
• Genvia: SOEC electrolysis stack manufacturing scaling
• McPhy: Alkaline electrolyzer projects commissioned
• HDF Energy: Hydrogen power plant projects in multiple countries
• French electrolyzer deployment: ~150-200 MW as of Q1 2026 (short of 6.5 GW 2030 target — significant gap)

Germany: ~100-150 MW deployed; import infrastructure developing; H2Global tenders proceeding

USA: Multiple hydrogen hubs under development; 45V credit creating project pipeline; production still limited

Japan: Liquid hydrogen import demonstration operational; ammonia co-firing scaling

Australia: Projects advancing but cost challenges; Fortescue Metals Group scaling back hydrogen ambitions

Analyst Assessment

The global hydrogen market has underperformed relative to 2020-2022 projections, and France’s hydrogen program is no exception. The 6.5 GW electrolyzer target for 2030 will not be met — French installed capacity as of 2026 is ~150-200 MW, requiring 30x+ growth in four years. This is technically possible but unlikely without dramatically higher carbon pricing or demand-side mandates.

However, France 2030’s hydrogen strategy is better designed than most: its focus on industrial decarbonization demand, nuclear electricity foundation, and electrolyzer manufacturing technology is more durable than strategies based on optimistic cost projections or premature transport applications. France will be a net electrolyzer exporter before 2030 if Genvia’s SOEC technology achieves commercial scale — a unique positioning that no other European country has achieved.

The 45V IRA tax credit has created a hydrogen investment advantage for US-based projects that France 2030 cannot fully match. But France’s geographic position (North Sea offshore wind access, Atlantic coast renewable potential, pipeline connections to Spain and Germany) and nuclear electricity foundation give it cost advantages over Germany and the UK that compound as the technology matures.

The verdict: France has the most technologically sophisticated hydrogen strategy among European nations, anchored by nuclear electricity and electrolyzer manufacturing investment. It is behind schedule on deployment but ahead on technology development. The medium-term hydrogen market will favor producers with lowest production costs (Australia, Middle East) and technology suppliers with best electrolyzer performance (France, potentially). France 2030’s bet on both industrial use and technology export is the most strategically coherent European hydrogen strategy.

Key Data Comparison Table