eu cleantech
quarterly briefing
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1q25

Welcome to your Q1 2025 Briefing

VICTOR VAN HOORN
Director
The first quarter of 2025 has been marked by unprecedented uncertainty: a trade war between the US and most of the rest of the world to rebalance trade flows, the resulting turmoil on financial markets across the world and tense speculation about whether Central Banks worldwide may soon have to navigate a tricky ‘stagflation’ with an economic slowdown combined with rising inflation due to the dislocation of complex supply chains.

The policy uncertainty, combined with cost increases from imported inputs, is impacting the Cleantech landscape in the US. Against this backdrop, Europe possesses a significant opportunity to solidify its position at the forefront of the cleantech technological frontier. That requires the EU to remain firmly focused on strengthening its internal market and pushing for a rapid, clear, business-focused implementation of its clean industrial agenda.

The investment landscape in Q1 2025 reveals nuanced trends. While overall EU cleantech venture and growth investment saw a decline to €1.8 billion, marking an 18% drop from the previous quarter and falling below the 2024 average, early-stage deal activity demonstrated encouraging resilience, holding relatively steady. However, a contraction occurred in late-stage activity, with Series B and Growth Equity deals experiencing a sharp 43% decrease. In comparison, US cleantech investments saw an even higher contraction from last quarter but remained above the 2024 average.

The overall decrease in deal volume is probably impacted by the increasingly uncertain macroeconomic and financial environment and underscores the need to reinforce investor confidence through stability. In uncertain times, stability and predictability can yield a dividend.

Looking back on the first quarter, in March, we organised the re-launch of the Cleantech Friendship Group at the European Parliament with a growing cross-party consensus and a strong political commitment from over 30 Members of the European parliament to foster the growth of clean technologies in Europe. We were honoured with the presence of European Commission President Ursula von der Leyen, showing the very strong political commitment to this objective as underpinned a few days earlier with the publication of the long-anticipated Clean Industrial Deal aiming to increase Cleantech manufacturing capacity in Europe. We were very happy to see many policy ideas that Cleantech for Europe pushed forward as part of the open letter signed by over 100 Cleantech companies and investors in January.

In March we also had the pleasure of hosting Cleantech star and former director of the US Department of Energy Loan Programs Office (LPO) Jigar Shah in Brussels for a round of meetings with European policymakers, enabling us to distil the success factor behind funding and de-risking instruments that help in the scale-up journey. We came away hopeful for the EU: Europe has all the assets and tools to become a major Cleantech hub, provided we manage to structurally improve Cleantech financing through the right de-risking tools and a diversified capital stack while strengthening business case fundamentals.
In April we presented our report on mobilizing private finance at a time when public funding is getting scarcer, with priorities such as security taking centre stage. We argue that Europe has considerable capital and private wealth needed to win the cleantech race. But this requires bold action to address critical funding gaps, diversify the capital stack and ask ourselves a key question: how do we fund innovation and technology risk from private capital?
Europe stands at the verge of a transformative era. If we remain focused on our inherent strengths, nurturing groundbreaking innovation, effectively mobilizing both public and private investment and vigorously protecting our nascent industries from unfair competition – particularly at a time of redirecting trade flows in the context of the ongoing trade war - we can not only achieve our decarbonization objectives but also secure our long-term economic prosperity and strengthen our resilience and security by moving our energy system away from fossil fuels. The foundations for a vibrant and leading European cleantech ecosystem are firmly in place, and we believe the future is bright for those who are building it today.

Executive Summary

EU cleantech venture and growth investment dropped to €1.8 billion in Q1 2025
While US investment declined to €4.5 billion (down €1.6 billion), it remained 8% above its 2024 average. Chinese investment dropped even further and halved to €1 billion.
EU Total deal in volume fell from 182 to 153 deals.
Early-stage deal volume (seed and Series A) shrank by 33% from 142 to 130 deals, with total amount invested in early-stage cleantech dropped by 50%
Late-stage deal volume (Series B and growth equity) drop from 40 to 23 deals.
Average deal size was €12 million, dropping from €13 million.
Cleantech VC deals took place in 17 of 27 EU member states in Q1 2025. Germany led decisively with 36 deals, followed by the Netherlands and France (20 each), Spain (16), and Italy (14).
EU cleantech debt investment reached €1.4 billion in Q1 2025, up slightly from €1.2 billion in Q4 2024.
Only 11 debt deals were recorded, the lowest since Q3 2022—highlighting Europe’s continued struggle to scale cleantech projects.
The contrast with Q1 2024 is stark: 8 of the 10 largest deals that quarter were wholly or partially backed by public financial institutions, compared to just 3 of the 11 total deals in Q1 2025.
EU access to debt financing remains limited for many cleantech innovators
AI is fueling explosive growth in power demand: Data centers currently account for 1-2% of global electricity use and could reach 3-4% by 2030, based on current technologies. By 2030, European data centers alone could consume as much electricity as Portugal, Greece, and the Netherlands combined.
Cleantech is critical to reducing AI's energy footprint. Scaling renewables, long-duration storage, and grid flexibility is essential. Advanced cooling—such as direct-to-chip and immersion—can cut the ~40% of data center energy used for cooling. Chip-level efficiency and batchable computing reduce energy intensity, while waste heat recovery enables reuse for heating and industry.
European Commission selects 47 Strategic Projects to secure and diversify access to raw materials
32 MEPs launch Cleantech Friendship Group (CFG) with President Ursula Von der Leyen
EC consultation on the State Aid Framework for the Clean Industrial Deal
The Commission launched two Strategic Dialogues: one on the automotive industry, and one on steel and metals, co-chaired by President von der Leyen and Executive Vice-President Séjourné. These high-level discussions directly fed into new Action Plans—blueprints for sectoral decarbonisation and competitiveness.

01

Q1 2025: Continued downward trend for EU cleantech investment

1.8
billion

INVESTED IN EU CLEANTECH IN Q1 2025

Both deal volume and amount invested fell

ANOTHER TOUGH QUARTER FOR EU CLEANTECH AMID GLOBAL UNCERTAINTY, BUT FOUNDATIONS FOR RESILIENCE ARE FORMING

EU cleantech venture and growth investment dropped to €1.8 billion in Q1 2025, down 18% from Q4 2024 and almost 20% below the EU’s 2024 quarterly average.
While US investment declined to €4.5 billion (down €1.6 billion), it remained 8% above its 2024 average. The US, however, now faces increasing uncertainty induced by the Trump administration, both on the domestic front due to uncertainty regarding Cleantech policy support and internationally due to the inflationary pressure of trade tensions.
Meanwhile, Chinese investment halved to €1 billion, amid a broader deceleration—though activity increased in semiconductor-related cleantech as companies moved to reduce trade exposed dependencies.
Early-stage deal activity in Europe held up relatively well, with 130 deals in Q1 2025, down slightly from 142 in Q4 2024.
Late-stage activity, however, dropped sharply: Series B and Growth Equity deals fell from 40 to just 23 (a 43% decline), the lowest since Q3 2022.
As a result, total EU deal volume declined from 182 to 153, erasing late 2024’s short-lived recovery and reinforcing the fragility of investor confidence.
Average EU deal size remained modest, dropping from €13 to €12 million, weighed down by weakness in late-stage funding.
Looking ahead, turbulence may intensify as global trade tensions continue and spillover into financial markets —particularly as markets seek to understand the objectives of the Trump administration. But there are signs Europe is becoming less naïve and more strategic: the Clean Industrial Deal will support EU-made equipment, Germany reformed its debt brake, and US businesses and investors are increasingly eyeing Europe as more stable and predictable for Cleantech. Europe now has a window to lead in cleantech—not just to decarbonize, but to reinforce its security, competitiveness and open strategic autonomy.
Cleantech Venture and Growth Investment by Region, 2024 – Q1 2025
EU27 Cleantech Venture and Growth deals by stage, 2022– Q1 2025

Q1 Deal distribution:
geography & sector

Cleantech VC deals took place in 17 of 27 EU member states in Q1 2025. Broadening participation remains a key challenge for the EU’s industrial ambitions.
Germany led decisively with 36 deals, followed by the Netherlands and France (20 each), Spain (16), and Italy (14). Sweden held sixth position with 12 deals, while Finland, Estonia, and Belgium were tied with 7 deals each.
Italy had a record quarter in terms of deal volume. However, 13 of its 14 deals were early stage, highlighting the need to boost access to late-stage capital if Italy is to leverage its industrial strengths for long-term cleantech competitiveness.
Energy & Power remained the dominant sector, capturing 53% of total venture and growth equity investment. This surge was driven in part by rising electricity demand from AI data centers, as booming AI services fuel major infrastructure investments. A case in point: Sweden-based EcoDataCenter raised €450 million in Growth Equity in March to expand its sustainable data center operations—the largest equity deal of the quarter.
EU cleantech venture and growth deals by member state, Q1 2025
EU cleantech venture and growth investment by sector, Q1 2025
Q12024_early_Sensors
Sensors
France
€15M
€15M
Q12024_early_Alternativeproteins
Alternative proteins-Q124
Germany
€15M
€15M
Q12024_early_wastemanagementq124
Waste management-q124
France
€21M
€21M
Q12024_early_industrialmaterials
Industrial Materials
France
€23M
€23M
Q12024_early_carbonremovals
Carbon Removals
Germany
€25M
€25M
Q12024_early_energystorage
Energy Storage
Finland
€26M
€26M
Netherlands
€15M
€15M
Q12024_early_transportation
Transportation
Croatia
€99M
€99M
Austria
€20M
€20M
Italy
€15M
€15M
AB2023_early_Construction
Construction
Germany
€45M
€45M
AB2023_early_Hydrogen Fuel Cells
Hydrogen Fuel Cells
France
€46M
€46M
AB2023_early_Nuclear fission
Nuclear fission
France
€50M
€50M
AB2023_early_Supply chain Logistics
Supply chain & Logistics
Germany
€50M
€50M
AB2023_early_EV Charging
EV Charging
Germany
€70M
€70M
AB2023_early_Heat pumps
Heat pumps
Sweden
€86M
€86M
AB2023_early_Carbon Management
Carbon Management
Germany
€100M
€100M
AB2023_early_Green IT
Green IT
France
€100M
€100M
France
€90M
€90M
AB2023_early_Electric Vehicles
Electric Vehicles
France
200M
200M
3Q23__Others__Logistics
Transportation & Logistics
Germany
€177M
€177M
3Q23__Others__Hydro
Green Hydrogen
Germany
€169
€169
Netherlands
€130M
€130M
3Q23__Others__CRM
Critical Raw Materials
Ireland
€184
€184
3Q23__Others__Plastic
Plastic Alternatives
Netherlands
€338M
€338M
Germany
€130M
€130M
3Q23__Others__Energy
Energy & Power
Germany
€685M
€685M
3Q23__Others__EV
EV Batteries
Sweden
1100M
1100M
France
€650
€650
France
€600M
€600M
3Q23__Late__Energy
Energy & Power
Sweden
€45M
€45M
3Q23__Late__Hydro
Green Hydrogen
Portugal
€61M
€61M
3Q23__Late__Agri
Agriculture & Food
Belgium
€72M
€72M
Netherlands
€32M
€32M
3Q23__Late__Solar
Solar
Lithuania
€93M
€93M
3Q23__Late__Construction
Buildings & Construction
France
€106M
€106M
Ireland
€26M
€26M
Netherlands
€25M
€25M
3Q23__Late__EV
EV Batteries
France
€850M
€850M
3Q23__Late__Steel
Green Steel
Sweden
€1500M
€1500M
3Q23__Early__Geo
Geospatial Imagery
Germany
€17M
€17M
3Q23__Early__Transportation
Transportation & Logistics
Germany
€18M
€18M
Spain
€16M
€16M
3Q23__Early__Quantum
Quantum Computing
France
€19M
€19M
3Q23__Early__Energy
Energy & Power
Germany
€25M
€25M
3Q23__Early__Agriculture
Agriculture & Food
Denmark
€30M
€30M
3Q23__Early__Plastic
Plastic Alternatives
Germany
€36M
€36M
Finland
€23M
€23M
3Q23__Early__Construction
Buildings & Construction
Germany
€45M
€45M
Germany
€22M
€22M
2Q23__Late__Carbon
Carbon Management
Luxembourg
€34M
€34M
2Q23__Late__Agri
Agriculture
France
€162
€162
2Q23__Late__EV
EV Charging
France
€252M
€252M
Germany
€153M
€153M
Finland
€66M
€66M
Ireland
€57M
€57M
2Q23__Late_Energy
Energy, Energy Storage & Networks
Germany
€433
€433
Germany
€370M
€370M
Sweden
€90M
€90M
Italy
€41M
€41M
2Q23__Early__Electro
Electronic Devices
Germany
€20M
€20M
2Q23__Early__Biotech
Biotechnology
Germany
€20M
€20M
2Q23__Early__Construction
Buildings, Building Materials & Construction
France
€29M
€29M
France
€20M
€20M
2Q23__Early__Logistics
Transportation, Supply Chain & Logistics
Germany
€41M
€41M
Germany
€29M
€29M
France
€21M
€21M
Austria
€18M
€18M
2Q23__Early__Green-IT
Green IT
France
€91M
€91M
2023-Q1-chart__series-B__geo
Geothermal
France
€45M
€45M
2023-Q1-chart__series-B__waste
Waste Management
Netherlands
€50M
€50M
2023-Q1-chart__series-B__agrifood
Agriculture & Food
Denmark
€65M
€65M
Denmark
€47M
€47M
2023-Q1-chart__series-B__buildings
Buildings & Construction
Austria
€93M
€93M
Germany
€44M
€44M
2023-Q1-chart__series-B__blockchain
Blockchain
No items found.
2023-Q1-chart__series-B__solar
Solar
Germany
€215M
€215M
Italy
€117M
€117M
Sweden
€29M
€29M
2023-Q1-chart__series-A__solar
Solar
Ireland
€15M
€15M
2023-Q1-chart__series-A__heatpumps
Heat Pumps
Netherlands
€15M
€15M
2023-Q1-chart__series-A__fusion
Nuclear Fusion
France
€15M
€15M
2023-Q1-chart__series-A__energy
Energy & Power
Slovakia
€16M
€16M
2023-Q1-chart__series-A__agrifood
Agriculture & Food
Netherlands
€21M
€21M
2023-Q1-chart__series-A__geospatial
Geospatial imagery
Latvia
€28M
€28M
2023-Q1-chart__series-A__transportation
Transportation and Logistics
Germany
€42M
€42M
France
€21M
€21M
Germany
€15M
€15M
2023-Q1-chart__series-A__buildings
Buildings
Sweden
€42M
€42M
2023-Q1-chart__series-A__carbon-management
Carbon Management
Germany
€101M
€101M
2022-Q3-chart__transportation-logistics
Transportation & Logistics
Belgium
€20M
€20M
2022-Q3-chart__carbon-management-02
Carbon Management
Sweden
€45.7M
€45.7M
Germany
€10.9M
€10.9M
2022-Q3-chart__food-waste
Food waste
Sweden
€65.7M
€65.7M
2022-Q3-chart__energy-services
Energy Services
Germany
€214.7M
€214.7M
2022-Q3-chart__green-steel
Green steel
Sweden
€297.8M
€297.8M
2022-Q3-chart__advanced-materials
Advanced Materials, Fuels & Chemicals
Netherlands
€15.1M
€15.1M
Denmark
€11.7M
€11.7M
Netherlands
€11.2M
€11.2M
Denmark
€10.2M
€10.2M
2022-Q3-chart__alternative-proteins
Alternative Proteins
France
€16.8M
€16.8M
Finland
€15.3M
€15.3M
2022-Q3-chart__energy
Energy, Energy Storage & Networks
Netherlands
€30.5M
€30.5M
France
€13.9M
€13.9M
Netherlands
€12.3M
€12.3M
2022-Q3-chart__electric-vehicles-02
Electric Vehicles
Germany
€50.3M
€50.3M
2022-Q3-chart__supply-chain-logistics
Supply Chain & Logistics
Germany
€153.7M
€153.7M
2022-Q3-chart__crop-inputs-02
Crop Inputs
Slovenia
€14.5M
€14.5M
2022-Q3-chart__biomass-waste
Biomass & waste to energy
Germany
€37.7M
€37.7M
2022-Q3-chart__fuel-cells
Fuel Cells
Denmark
€54.4M
€54.4M
2022-Q3-chart__electric-vehicles
Electric Vehicles
Netherlands
€159.7M
€159.7M
2022-Q3-chart__hydrogen
Hydrogen
Germany
€271.3M
€271.3M
2022-Q3-chart__agriculture-food
Agriculture & Food
France
€485.3M
€485.3M
2022-Q3-chart__carbon-management
Carbon Management
Sweden
€11.6M
€11.6M
2022-Q3-chart__hvac
HVAC
Czech Republic
€15.7M
€15.7M
2022-Q3-chart__solar
Solar
Sweden
€22.9M
€22.9M
2022-Q3-chart__crop-inputs
Crop Inputs
France
€23.9M
€23.9M
2022-Q3-chart__construction
Construction
Spain
€37.9M
€37.9M
2022-Q3-chart__ev-charging
EV Charging
France
€180M
€180M
Denmark
€47.2M
€47.2M
Netherlands
€19.9M
€19.9M
Lithuana
€7.2M
€7.2M

EARLY-STAGE INNOVATION FUNDING HALVES FROM LAST QUARTER
top deals and activities

(Seed and series A)
(Series B and Growth Equity)

THE LATEST FROM THE CLEANTECH INVESTMENT ECOSYSTEM

€500m

In February, Amsterdam-based Polestar Capital launched the Polestar Capital e-mobility & infrastructure fund (PCEIF), a €500 million debt fund designed to finance the transition to zero-emission mobility. The fund will provide loans to e-mobility and logistics projects that struggle to secure financing elsewhere.

€220m

In January, Shift4Good, a global impact investment fund based in Paris and dedicated to decarbonising the transportation sector, successfully closed its first fund at €220 million, surpassing its fundraising target. The fund focuses on Series A and Series B investments with ticket sizes ranging from €4 million to €20 million, targeting transformative startups across rail, road, air, and maritime sectors.

€200m

In March, cleantech VC 2150 raised almost €200 million for Fund II, with support from previous and new institutional investors, including Augustinus Fonden, Novo Holdings, EIFO, Carbon Equity, Church Pension Group, and family office Viessmann Generations Group. The new fund is 75% of the size of Fund I and the thesis remains solutions in urban environment to help make cities and their citizens more efficient, resilient and sustainable, focusing on series A.

€200m

In March, French VC firm Daphni closed its new €200 million fund, Daphni Blue. It expects to raise as much as €250 million by the end of the year. Daphni wants to put an emphasis on science (at large) as the main factor for the next wave of innovation: life sciences, biology, physics, chemistry, and mathematics.

€172m

In January, BNP Paribas Asset Management announced the final close of its BNP Paribas Solar Impulse Venture Fund, launched in 2021, overpassing its target size and reaching €172M. This SFDR article 9 fund, also Tibi labelled, is tackling ecological transition issues in a broad sense, targeting sectors such as the energy transition, sustainable agriculture and food, circular economy, biodiversity, smart cities, sustainable mobility, and industrial innovation.

€60m

In January, Algebris Investments launched its first venture capital fund, Algebris Climatech, with an initial close of approximately €60 million. Institutional investors, including major Italian pension funds and CDP Venture Capital, have supported the fund through allocations from the EU’s NextGenerationEU program. The thematic approach focuses on climate tech and deep tech within industries critical to the green transition, such as energy, materials, industrials, and food.

02

Beyond Equity: Weak Quarter for Debt Funding

€1,4
billion

Q1 2025 EU cleantech debt investment

Debt dive
EU cleantech debt funding

Building the next generation of factories and plants will require significant amounts of debt financing to maintain an affordable cost of capital.
EU cleantech debt investment reached €1.4 billion in Q1 2025, up slightly from €1.2 billion in Q4 2024, but still far below the record high of €17.2 billion in Q1 2024.
Only 11 debt deals were recorded, the lowest since Q3 2022—highlighting Europe’s continued struggle to scale cleantech projects.
The contrast with Q1 2024 is stark: 8 of the 10 largest deals that quarter were wholly or partially backed by public financial institutions, compared to just 3 of the 11 total deals in Q1 2025.
EU access to debt financing remains limited for many cleantech innovators, especially at the scale-up stage.
In contrast, the US benefits from a deep, liquid credit market, and its Department of Energy’s Loan Programs Office has played a central role in cleantech lending. While this Trump administration may scale back this tool, private credit markets in the US remain robust.
For more on how to tackle this challenge, see our update below where we dive into our recently published report on Mobilising Private Finance to Scale European Cleantech.
EU27 Cleantech Debt Investment, 2019 - Q3 2024

Beyond Equity
A Closer Look

€1.7b

In January, Swedish-based Stockholm Exergi secured a €1.7 billion grant over 15 years from the Swedish Energy Agency for a Bioenergy with Carbon Capture and Storage (BECCS) project expected to capture 800,000 tonnes of CO₂ annually. It will be Europe’s largest facility for capturing biogenic carbon dioxide.

€1b

In January, German developer of large-scale battery storage systems green flexibility secured over €400 million in project finance from Partners Group to help meet the increasing demand for grid stability and flexibility through battery storage and to actively drive the energy transition. The addition of complementary debt financing will enable a total project volume exceeding €1 billion.

€81.6m

In March, Austria-based OMV secured a €81.6 EU Innovation Fund grant for OMV’s planned industrial ReOil® plant. The future facility shall be designed to process up to 200,000 metric tons of used plastics that would otherwise be taken to landfill sites or incineration plants. Using OMV’s chemical recycling technology, this recycled material can be converted into sustainable base chemicals and be used to manufacture a variety of products in the chemical industry, including new plastics.

€40m

In March, Germany-based INERATEC, a sustainable e-fuel production pioneer, secured €40 million in venture debt from the European Investment Bank (EIB) alongside a €30 million grant from Breakthrough Energy Catalyst. The combined €70 million backing will finance the construction of Europe’s largest sustainable e-Fuel production plant in Frankfurt.

€50m

In February, Finland-based battery chemicals maker Terraframe, which operates a multi-metal mine and production facilities in Finland, secured a €50 million loan from shareholders to finance ongoing investments and secure the continuation of operations.

€19.5m

In March, Germany-based developer of solid oxide fuel cell-based systems to convert biogas and hydrogen into power or switch to produce renewable hydrogen or methane won a €19.5 million grant from the EU Innovation Fund to expand its Eresing facility and scale up production.

03

In Focus: Data Centers

1-2
%

of the global electricity USE

AND COULD REACH 3-4% by 2030

in focus
Data Centers

AI is fueling explosive growth in power demand: Data centers currently account for 1-2% of global electricity use and could reach 3-4% by 2030, based on current technologies. By 2030, European data centers alone could consume as much electricity as Portugal, Greece, and the Netherlands combined.
Yet AI can accelerate the clean transition: AI is enabling breakthroughs across cleantech sectors—from optimizing EV charging infrastructure and reducing waste-related emissions to accelerating exploration for critical raw materials. Smart systems are also improving grid efficiency and reducing emissions at the system level.
Cleantech is essential to reduce AI’s energy footprint:
• Massively scaling renewables, long-duration energy storage, and grid flexibility will be critical
• Advanced cooling technologies—like direct-to-chip and immersion cooling—can reduce the up to 40% of data center energy use tied to cooling
• Chip-level efficiency and batchable computing can lower energy intensity
• Waste heat recovery from data centers offers a powerful co-benefit for heating and industry.
A 1.2GW data center is under construction in Sines, Portugal—set to be Europe’s largest by 2030—powered by wind, solar, and batteries, with backup generators. For a fully clean power setup, alternatives to fossil backups include renewable gas, additional batteries, liquid air storage, or clean hydrogen.
Cleantech innovators are already rising to the challenge: Solutions include modular data centers, liquid cooling, and on-site renewables such as geothermal. AI-powered energy management and grid resilience technologies are reshaping the sector’s efficiency profile.
The takeaway: AI is energy-hungry—and growing fast. But with the right innovation and policy frameworks, Europe can lead in making AI more sustainable while capturing new market opportunities.
Current and projected data center electricity consumption

eu innovator profile

EcoDataCenter designs, builds, and operates sustainable data centers.
Founded in 2016 and headquartered in Falun, Sweden.
Recently raised a €450m Growth Equity round from Swedish fund manager Areim to support operations growth and deployment of a 150MW data center campus in Sweden.
EcoDataCenter achieves sustainability by operating on 100% renewable energy, reusing waste heat to support local industries, building with sustainable timber, and using highly efficient cooling systems.

04

Latest EU Policy Developments

Critical parts of the Fit for 55 package; the series of legislative proposals aiming at reducing the EU’s net emissions by at least 55% by 2030, are being finalised

Policy Developments Laying the Foundations for Europe’s Clean Industrial Transformation

Including cleantech in strategic dialogues and sectoral action plans

In 2025, the Commission launched two Strategic Dialogues: one on the automotive industry (January) Chaired by President von der Leyen, and one on steel and metals (February), co-chaired by President von der Leyen and Executive Vice-President Séjourné. These high-level discussions directly fed into new Action Plans—blueprints for sectoral decarbonisation and competitiveness.
To date, dialogues have focused on incumbents. While some cleantech scale-ups have had a seat at the table, more representation is needed as cleantech scale-ups face cross-sectoral barriers to scale—like high capex, difficulties securing offtake, and relatively limited access to public and private capital. These needs are insufficiently addressed in action plans.
A Cleantech Scale-up Strategic Dialogue could give innovators a direct voice in shaping key policy tools and upcoming files like the Industrial Decarbonisation Accelerator Act, Grids Package, and the Public Procurement Directive revision.

2025 cleantech conference

The European Commission’s DG CLIMA hosted its annual Cleantech Conference in April, focused on advancing Europe’s clean industrial transformation.
Our Executive Director, Jules Besnainou, joined a panel to discuss how the Clean Industrial Deal can strengthen EU competitiveness and accelerate progress toward climate neutrality. He contributed two key messages to the discussion:
Scaling clean technologies requires a strong business case, backed by clear demand signals. Advancing ETS and CBAM, creating lead markets, and applying EU preference in auctions and procurement is vital. Matchmaking between innovators and industrial offtakers can help convert demand into investable projects.
EU Funding instruments – such as the Innovation Fund – must become more accessible to SMEs and should diversify funding instruments to auctions, guarantees and other de-risking tools.

32 meps launch cleantech friendship group (cfg) with president ursula von der leyen

CFG aims to foster collaboration beyond party lines and serve as a key interlocutor with the European Commission in shaping Europe’s Clean Industrial Deal, advocating for policies that create strong demand for clean technologies, including setting technology-specific targets, sustainable public procurement, level-playing field measures, and strategic investments. President emphasized the Commission’s steadfast commitment to supporting cleantech innovation and industrial transformation.
“The Clean Industrial Deal is a key pillar of our competitiveness-driven approach to decarbonisation, providing EU cleantech companies the certainty and targeted support they need to scale up and industrialise,” President said, “My colleagues and I at the Commission will work closely with the Parliament to pass an ambitious Clean Industrial Deal and secure Europe’s leadership in the industries of the future.”

Rewriting the rulebook : a smarter state aid framework for the clean industrial deal

Following the adoption of the Clean Industrial Deal (CID) on 26 February 2025, the Commission opened a consultation on a draft new State Aid framework (CISAF) to support the CID’s objectives.
The draft marks a promising shift toward enabling affordable energy, industrial decarbonization, and stronger cleantech manufacturing capacity in Europe.
The framework emphasizes the need for public support to advance decarbonisation while mobilising private investment through financial instruments and de-risking mechanisms, offering businesses greater predictability.
The recognition of debt and guarantee instruments as powerful, non-distortive tools to support scale-ups is welcome. This logic could be extended to include manufacturing, performance, and PPA guarantees.
CISAF should also allow Member States to introduce simple, transparent, and time-limited production-based support schemes, which are easier to administer, offer upfront predictability, and help reduce marginal costs—particularly in traded cleantech sectors facing tough international cost competition, much of which has benefitted from assertive industrial policies.

European commission selects 47 strategic projects to secure and diversify access to raw materials

The Commission has adopted, for the first time, a list of 47 Strategic Projects to boost domestic strategic raw material capacities, which will in turn strengthen the European raw materials value chain and diversify sources of supply.
This marks an important milestone in the implementation of the Critical Raw Material Act (CRMA), which aims to ensure European extraction, processing and recycling of strategic raw materials meet 10%, 40% and 25% of EU's demand by 2030, respectively.
The 47 new Strategic Projects are located across 13 EU Member States: Belgium, France, Italy, Germany, Spain, Estonia, Czechia, Greece, Sweden, Finland, Portugal, Poland and Romania. They cover one or more segments of the raw material value chain, with 25 projects comprising extraction activities, 24 processing, 10 recycling and 2 substitution of raw materials. The Strategic Projects cover 14 of the 17 strategic raw materials listed in the Critical Raw Materials Act.

04

What the future holds

in focus
New Cleantech for Europe report out! Mobilising private finance to scale european cleantech

Cleantech for Europe has releasedin April a report entitled ‘MobilisingPrivate Finance to Scale European Cleantech’. It explores recommendations formobilizing more of the European savings held by institutional investors tofinance European cleantech, at a time when the fiscal environment is extremelyconstrained.
Europe has created an impressive pool of breakthrough projects ready to be built, but we are struggling to scale and industrialise clean technologies. European cleantech companies face an investment gap of €100+ billion by 2030.
European Cleantech companies face two major financing constraints:
Equity funding at the startup and early stage for growth (R&D, operations expansion, talent recruitment)
Debt as well as equity financing for late stage FOAK deployments and commercial expansion through private credit, loans from banks or project finance structures.
Those funding gaps can be explained by market frictions (high CAPEX, long developement cycles, etc.) but also by structural features of the European Financial Sector. The EU currently lacks a pool of private long-term (10 years + horizon), risk-taking, illiquid capital.
On the venture capital/equity side, we see very conservative asset allocation by insurers and pension funds, particularly to manage liability-asset mismatches and liquidity with an uneven picture between insurers and pension funds, also dependent on size.
On the debt/credit gap, we see a banking sector limited in its ability to underwrite long-term loans, with residual technology/market risks, in the absence of some public guarantees. The alternative to banks – private credit – for non-investment grade exposures is seemingly underdeveloped, due to limited institutional investors demand for non-investment grade debt.
In this context, public funding Instruments can support and create demand for cleantech, improving its business case (e.g. Hydrogen Bank) – improving the bankability by stimulating revenues and it can de-risk investments in Cleantech making financing more readily available at a reasonable cost of capital (e.g. public guarantees)

What we have been reading AND LISTENING TO

IEA everything energy podcast

The International Energy Agency (IEA) relaunched its Everything Energy podcast, which delved into the biggest global energy topics in interviews with experts from across the Agency. The first episode explores the key findings of the IEA’s new Global Energy Review 2025. Host Dan Hewitt speaks with Laura Cozzi, IEA Director of Sustainability, Technology and Outlooks, about major trends across the energy sector in 2024 – including the surge in global energy demand, particularly for electricity.

IEA - the state of energy innovation

The global race for clean energy solutions is accelerating, driven by technological breakthroughs and shifting investment patterns. This comprehensive analysis by IEA maps recent progress and challenges worldwide, drawing on extensive data including R&D spending, VC flows, and demonstration projects. It confirms the intensifying focus on low-carbon, scalable technologies and a more diverse international innovation ecosystem. For Europe, this underscores the urgency of ensuring our policy frameworks effectively leverage public funds and, crucially, remove barriers to attract the private capital needed for scale-up. The report's findings, including insights on critical battery materials, the potential of AI, and carbon removal technologies, provide an essential evidence base for refining Europe's innovation policies and ensuring sustained investment towards our climate neutrality goals.

OECD working paper: corporate income tax, investment, and the net-zero transition

Bridging the cleantech investment gap is paramount for Europe's journey to climate neutrality. While often focused elsewhere, Corporate Income Tax (CIT) significantly shapes the business case for deploying clean solutions. This paper unpacks the relationship between CIT frameworks and cleantech investment, offering a conceptual guide and potential policy pathways to better align tax incentives with the urgent need to scale innovation and build a net-zero economy.

EPRS briefing on clean trade andinvestment partnerships

The European Parliament launched a new Briefing on the new clean trade and investment partnerships (CTIPs) – to bolster the EU's competitiveness, diversify supply chains and boost economies. CTIPs are the latest instrument in the EU's set of trade tools the Commission calls 'alternative forms of engagement', and to which experts also refer as 'trade-related agreements' or 'mini trade deals'. CTIPs are meant to complement the EU's vast network of trade agreements through a faster, more flexible and more targeted approach, tailored to the EU's and its partners' concrete business interests. The first CTIP was launched with South Africa in March 2025 and will focus on investment, the clean energy transition, skills and technology, and on developing strategic industries along the entire supply chain.
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