Overview
France 2030’s ten strategic sectors are not funded equally by project count — the distribution of funded projects reveals which sectors have the most active competition cycles, the broadest base of eligible companies, and the deepest pipeline of France 2030-supported innovation. This ranking measures sector activity by number of distinct projects funded rather than by total capital committed — providing a different lens than pure financial allocation, particularly important for understanding where France 2030 is creating broad-based innovation ecosystems versus concentrated mega-project investment.
High project counts indicate: multiple competition waves with broad SME participation; highly fragmented innovation landscapes with many viable technology approaches; strong research-to-startup pipeline maturity; and effective ecosystem intermediaries (clusters, incubators) facilitating application processes. Low project counts with high capital concentration indicate: capital-intensive sectors where minimum viable scale requires large individual investments; industries with natural oligopoly structures; or sectors where France 2030 is making concentrated bets on specific technology trajectories.
Methodology
Project counts are based on SGPI annual deployment reports, Bpifrance competition result announcements, and ADEME program databases. Projects are counted at the individual selection unit level — a single company receiving multiple rounds of support across multiple competitions is counted as multiple projects. Data covers January 2022 through March 2026.
| Indicator | Value | Trend |
|---|---|---|
| Total projects counted | 7,000+ | Growing |
| Competition waves analyzed | 200+ | Ongoing |
| Data period | Jan 2022 - Mar 2026 | Current |
The Rankings
1. Artificial Intelligence and Digital (30% of projects by count) AI is the single most active France 2030 sector by project count — reflecting the relatively low capital requirements per project (software and compute rather than physical manufacturing), the enormous number of eligible applicants (thousands of French AI startups, software companies, and research labs), and the multiple competition tracks available (i-Nov AI thematic calls, PEPR IA research grants, Bpifrance direct AI investments, France 2030 AI acceleration strategy). The AI sector’s high project count includes: fundamental research grants (ANR/PEPR IA), startup innovation grants (i-Nov AI wave), scale-up equity investments (Lac d’Argent/Bpifrance), and applied AI pilots in healthcare, manufacturing, and public services.
2. Health and Biotech (18% of projects) France’s health and biotech sector is the second-most active by project count — driven by the large number of French biotech startups and research institutions, multiple dedicated competition tracks (biotherapy, bioproduction, digital health, pandemic preparedness, clinical research), and the sector’s naturally fragmented innovation landscape where hundreds of therapeutic targets and technology platforms can be simultaneously pursued. The health sector’s project count spans: academic research projects (INSERM, CNRS labs), clinical-stage biotech company grants, medical device innovation, health AI applications, and bioproduction manufacturing investments.
3. Climate Tech and Industrial Decarbonization (15% of projects) Industrial decarbonization and climate technology represent a broad sector with diverse project types: energy efficiency in manufacturing, carbon capture pilots, circular economy processes, low-carbon materials, industrial heat pumps, and process electrification. The 50 Sites program alone involves 50 major industrial installations with multiple sub-projects each. ADEME’s climate competition portfolio covers hundreds of SME projects annually through dedicated thematic calls.
4. Hydrogen (12% of projects) France’s hydrogen acceleration strategy has launched multiple competition waves since 2022, funding projects across the entire value chain: electrolyzer R&D, renewable hydrogen production sites, hydrogen mobility infrastructure (fuel cells, refueling stations), industrial hydrogen use, and hydrogen storage. The sector’s diversity — from fundamental materials research on catalysts to operational refueling station deployment — generates a high project count across multiple operators (ADEME, Bpifrance, ANR) and multiple project types.
5. Sustainable Agriculture and Food (10% of projects) Often overlooked in France 2030 coverage, the food and agriculture sector generates a high project count through multiple small-scale innovation grants for precision farming, agritech startups, alternative proteins, food waste reduction, and sustainable packaging. The Investissements Avenir agriculture competition portfolio supports hundreds of projects annually, with individual grants typically in the €100,000-€1 million range.
6. Space (5% of projects) Space has a relatively low project count but high average project value. France 2030’s space support is concentrated in: new space startup support through Connect by CNES (50+ startups), launcher development (Latitude, MaïaSA), satellite manufacturing and services, and earth observation applications. The capital intensity of space projects — even small satellites cost millions — limits project count relative to digital or health sectors.
7. Electric Vehicles and Batteries (4% of projects, 20%+ of capital) The EV/battery sector shows the sharpest divergence between project count and capital: relatively few projects but enormous individual investments (gigafactories, EV platform development). This reflects the sector’s oligopolistic structure — a small number of large industrial groups (ACC, Verkor, ProLogium, Renault, Stellantis) dominate with capital-intensive manufacturing investments. SME participation in this sector tends to be through supply chain programs rather than direct gigafactory investments.
8-10. Semiconductors, Nuclear, and Deep-Sea (remaining ~6% of projects) These three sectors have the lowest project counts — reflecting extremely high capital concentration in a few mega-projects (Crolles fab, EPR2 reactors, EEZ mapping programs), small eligible applicant pools (very few companies worldwide can execute semiconductor fab expansion or nuclear reactor development), and long development timelines that reduce annual project turnover.
Key Findings
- Project count and capital allocation are anti-correlated: The sectors with the most projects (AI, health, agri) receive proportionally less capital; the sectors with fewest projects (nuclear, semiconductors, batteries) receive disproportionately more. This reflects fundamentally different industrial economics between software-intensive innovation and capital-intensive manufacturing.
- AI’s dominance by project count understates its strategic importance: The sheer number of AI projects reflects France’s rich research ecosystem and startup community, but France 2030’s AI portfolio is more diffuse and harder to evaluate than its battery or semiconductor investments. Quality control — ensuring that AI grants fund genuine innovation rather than marginal digitalization — is a key governance challenge.
- Industrial decarbonization’s project count is growing fastest: As France 2030’s ADEME programs mature and the 50 Sites program advances into implementation, the number of active industrial decarbonization projects is growing faster than any other sector. This reflects both the sector’s deliberate design (multiple small projects rather than concentrated mega-investments) and the political priority of visible industrial transformation across French territory.
- The SME pipeline is deepest in digital and health: The sectors with the most diverse SME participation — AI, health, climate tech — are also the sectors where France’s competitive position relative to US and Chinese companies is most uncertain. France 2030’s bet is that funding depth and breadth in these sectors will produce the clusters of companies needed to maintain competitiveness even if no single French company achieves global dominance.
What This Means for Investors
The project count data reveals France 2030’s dual strategy. For capital allocation: large bets in capital-intensive sectors where public investment can make the difference between existence and non-existence of an industry (batteries, semiconductors, nuclear). For ecosystem development: broad, shallow investments in high-project-count sectors to maintain innovation capacity across a wide front (AI, health, climate). The investment implication: the capital-intensive sectors offer more certain political backing but less alpha generation; the high-project-count sectors offer more venture-style risk-return profiles where identifying winning companies within a large, France 2030-supported cohort is the key value-creation mechanism.