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FORTHCOMING

Development of innovative solutions strengthening the security of renewable energy value chains

Last Updated: 8/19/2025Deadline: 16 February 2026€33.0M Available

Quick Facts

Programme:Horizon Europe
Call ID:HORIZON-CL5-2026-02-D3-14
Deadline:16 February 2026
Max funding:€33.0M
Status:
forthcoming
Time left:7 months

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💰 Funding Details

Development of innovative solutions strengthening the security of renewable energy value chains


Call Snapshot

* Call Identifier: HORIZON-CL5-2026-02-D3-14

* Type of Action: HORIZON-CSA (Coordination & Support Action) – Lump-Sum

* Planned Opening: 16 September 2025

* Deadline: 17 February 2026, 17:00 Brussels time

* Maximum EU Contribution per Project: € 33 million

* TRL Range: Typically TRL 4-6 analyses, coordination & upscaling actions rather than pure R&D pilots


Policy Context

This topic sits in Cluster 5 – *Climate, Energy & Mobility* and directly supports the REPowerEU Plan, Strategic Energy Technology (SET) Plan and the 2024 “Study on clean energy R&I opportunities to ensure European energy security”. The Commission seeks CSA projects that unlock bottlenecks along renewable energy value chains that hamper Europe’s long-term energy security.


Mandatory Focus Areas (pick ONE only)

1. Area 1 – Sustainability & Social Awareness (Hydropower or Bioenergy)

2. Area 2 – Skills for renewable energy value chains

3. Area 3 – Complexity of specific value chains (grid-based RFNBOs and/or direct solar fuels)


Projects must clearly declare their chosen area and will be evaluated against a balanced-portfolio rule—at least one top-ranked proposal per area will be funded, provided thresholds are met.


Eligible Activities (CSA-lump-sum)

* Value-chain mapping, foresight studies, road-mapping

* Pilot actions for skills academies, training curricula, certification schemes

* Multi-stakeholder dialogue & social acceptance campaigns

* Standardisation, pre-normative work, interoperability frameworks

* Policy recommendations & market uptake facilitation

* Dissemination, exploitation, investor matchmaking & clustering with other Horizon Europe projects


Expected Impact

* Reinforced European leadership in secure renewable-energy supply chains

* Increased availability of skilled labour within your country/EU markets

* Higher social acceptance & sustainability of hydropower/bioenergy assets

* Reduced complexity and transaction costs for RFNBO / solar-fuel markets

* Ultimately, improved resilience, competitiveness and autonomy of EU clean-energy industries


Personalizing...

📊 At a Glance

€33.0M
Max funding
16 February 2026
Deadline
7 months
Time remaining
Eligible Countries
EU Member States, Associated Countries

🇪🇺 Strategic Advantages

EU-Wide Advantages & Opportunities for "Development of innovative solutions strengthening the security of renewable energy value chains" (HORIZON-CL5-2026-02-D3-14)


1. Single Market Access (450 + million consumers)

Unified demand pull: Successful solutions can be commercialised simultaneously in 27 Member States without tariff or border constraints, accelerating pay-back periods and de-risking private co-investment.

Pan-European procurement: Growing corporate PPAs, cross-border Guarantees of Origin and upcoming hydrogen/RFNBO auctions create immediate channels for market uptake in every value-chain area (hydro, bioenergy, skills services, RFNBOs, direct solar fuels).

Strategic autonomy narrative: Products and services validated under this CSA can be labelled as "EU-secured value chain solutions", a market differentiator for utilities, TSOs, OEMs and public buyers obliged to meet REPowerEU and Net-Zero Industry Act targets.


2. Cross-Border Collaboration & Knowledge Exchange

Consortia incentive: Horizon rules require at least three independent entities from three different eligible countries, automatically fostering multi-national innovation alliances.

Pooling fragmented expertise: Hydropower ecological modulation know-how from Alpine regions can be combined with Baltic bioenergy sustainability tools or Iberian RFNBO interface modelling, generating best-in-class outputs unattainable at member-state level.

Access to EU-level data spaces: Interoperable datasets (e.g., European Energy Data Space, Skills Panorama) lower transaction costs for comparative assessments and benchmarking.

Mobility & training pathways: Erasmus+ and Marie-Skłodowska-Curie actions can be coupled for researcher exchanges, while ESF+ can co-finance vocational up-skilling pilots designed in Area 2.


3. Alignment with Key EU Strategies

European Green Deal & REPowerEU: Directly contributes to security-of-supply pillar by closing critical bottlenecks in renewable chains.

Net-Zero Industry Act (NZIA): Supports the target of covering 40 % of clean-tech demand with EU manufacturing by 2030 through value-chain resilience tools.

Skills Agenda & Pact for Skills: Area 2 proposals can act as flagship initiatives underpinning sectoral skills alliances for renewables and hydrogen.

Circular Economy & Sustainable Finance (Taxonomy): Sustainability metrics developed under Area 1 can be immediately embedded in taxonomy technical screening criteria, easing access to green finance.

Digital Europe Programme: Interfaces, digital twins or marketplace layers for RFNBO substrates (Area 3) can align with the EU Digital Twin of the Ocean/Energy Data Space initiatives.


4. Regulatory Harmonisation Benefits

One-stop standard setting: CSA outcomes can feed into CEN/CENELEC standards, facilitating mutual recognition of sustainability labels or skills certifications across borders.

Streamlined permitting: Tools that quantify ecological impacts of hydropower or bioenergy can be referenced in updated Renewable Energy Directive (REDIII) delegated acts, shortening approval times EU-wide.

Averting regulatory fragmentation: Joint guidance on RFNBO market interfaces prevents the emergence of 27 diverging national rules, safeguarding economies of scale.


5. Leveraging the EU Innovation Ecosystem

Research infrastructure access: European Strategy Forum on Research Infrastructures (ESFRI) facilities (e.g., HYDRO-EMR, Bioenergy Open Innovation Labs, SolarFuElTest) provide high-TRL validation environments at marginal cost.

Synergy with KICs: EIT InnoEnergy, EIT RawMaterials and the upcoming EIT Culture & Creativity can amplify outreach, incubation and market deployment.

Clusters & Missions: Mission "Climate-Neutral & Smart Cities" offers 112 pilot cities ready to test integrated RFNBO or solar-fuel solutions under Area 3.


6. Funding Synergies

Connecting Europe Facility (CEF-Energy): Ready-to-build RFNBO or hydropower grid projects shaped by the CSA may secure CAPEX support for deployment.

InvestEU & EIB: Sustainability and de-risking methodologies produced in Area 1 become bankability enablers recognised by the EIB’s Project Advisory Support.

Interregional Innovation Investments (I3): Post-CSA consortia can mobilise up to €10 m for commercial scale-up in less developed regions.

European Social Fund Plus (ESF+): Area 2 skill curricula can be rolled out nationally with ESF+ co-financing, anchoring long-term impact.


7. Scale, Replicability & Impact Potential

EU-wide deployment pathways: The CSA’s coordination role allows creating modular blueprints (technical, social, regulatory) transferable across all Member States.

Quantifiable contribution to 2030 targets: By addressing critical chain gaps, projects can demonstrate measurable increases in European content, job creation and reduced import dependence—key KPIs for Horizon evaluation.

Resilience to external shocks: Diversified intra-EU supply chains mitigate geopolitical risks (e.g., biomass imports, electrolyser components) and stabilise energy prices for all consumers.


8. Strategic Recommendations for Applicants

1. Select a clear area & niche: Demonstrate deep domain knowledge and avoid scope creep; reference the 2024 EC value-chain study explicitly.

2. Map the value-chain holistically: Include suppliers, off-takers, regulators, skills providers and civil society to meet the ‘social awareness’ expectation.

3. Embed standardisation work packages: Liaise early with CEN/CENELEC & ISO mirror committees.

4. Design a pan-EU Skills Alliance (Area 2): Build on ESCO taxonomy, micro-credential frameworks and EQF to ensure mutual recognition.

5. Plan post-grant financing: Outline concrete CEF/InvestEU/InnovFund pipelines to reassure evaluators of long-term sustainability.

6. Integrate open science & data-sharing: Commit to FAIR principles and link to the European Open Science Cloud (EOSC).

7. Ensure geographical balance: Engage partners from cohesion countries to boost evaluation score and unlock additional dissemination channels.


9. Bottom Line

Operating at EU scale unlocks larger demand, harmonised regulation, deeper knowledge pools and a multilayered funding landscape—advantages unattainable under national schemes. Strategically crafted CSAs under this call can become cornerstone initiatives that hard-wire energy security and industrial resilience into Europe’s renewable energy value chains for the next decade.

🏷️ Keywords

Topic
Forthcoming