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Document 02024R1735-20250817
Regulation (EU) 2024/1735 of the European Parliament and of the Council of 13 June 2024 on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724 (Text with EEA relevance)
Consolidated text: Regulation (EU) 2024/1735 of the European Parliament and of the Council of 13 June 2024 on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724 (Text with EEA relevance)
Regulation (EU) 2024/1735 of the European Parliament and of the Council of 13 June 2024 on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724 (Text with EEA relevance)
02024R1735 — EN — 17.08.2025 — 001.001
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REGULATION (EU) 2024/1735 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 13 June 2024 on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724 (OJ L 1735 28.6.2024, p. 1) |
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COMMISSION DELEGATED REGULATION (EU) 2025/1463 of 23 May 2025 |
L 1463 |
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28.7.2025 |
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REGULATION (EU) 2024/1735 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
of 13 June 2024
on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724
(Text with EEA relevance)
CHAPTER I
SUBJECT MATTER, SCOPE AND DEFINITIONS
Article 1
Subject matter
To achieve the general objective referred to in paragraph 1, this Regulation lays down measures aiming to:
lower the risk of supply disruptions related to net-zero technologies likely to distort competition and fragment the internal market, in particular by identifying and supporting the scale-up of the manufacturing capacity of net-zero technologies and their supply chains;
establish a Union market for CO2 storage services;
encourage demand for sustainable and resilient net-zero technologies through public procurement procedures, auctioning and other forms of public intervention;
enhance skills through the support of the Academies, thereby safeguarding and creating quality jobs;
support innovation through the creation of net-zero regulatory sandboxes, coordination of research and innovation activities through the Strategic Energy Technologies Plan Steering Group, as well as through the use of pre-commercial procurement and public procurement of innovative solutions;
improve the Union’s ability to monitor and mitigate supply risks related to net-zero technologies.
Article 2
Scope
Article 3
Definitions
For the purposes of this Regulation, the following definitions apply:
‘net-zero technologies’ means the technologies listed in Article 4 where they are final products, specific components or specific machinery primarily used for the production of those products;
‘component’ means a part of a net-zero technology final product that is manufactured and traded by a company, including processed material;
‘renewable energy technologies’ means technologies that produce energy from renewable sources;
‘energy from renewable sources’ means energy from renewable sources or renewable energy as defined in Article 2, second paragraph, point (1), of Directive (EU) 2018/2001;
‘energy storage’ means electricity and thermal storage as well as other forms of storage that are used to store fossil-free energy;
‘renewable fuels of non-biological origin’ means renewable fuels of non-biological origin as defined in Article 2, second paragraph, point (36), of Directive (EU) 2018/2001;
‘sustainable alternative fuels’ means sustainable aviation fuels, synthetic low- carbon aviation fuels or hydrogen for aviation as defined in Article 3, point (7), (13) or (17) of Regulation (EU) 2023/2405 destined for the aviation sector or fuels destined for the maritime sector as identified in accordance with criteria defined in Article 10(1) and (2) of Regulation (EU) 2023/1805;
‘transformative industrial technologies for decarbonisation’ means the scaling up of manufacturing capacity for transformative industrial technologies that are used to significantly and permanently reduce emission rates of CO2-eq of a commercial facility of an energy-intensive business, as defined in Article 17(1), point (a), of Council Directive 2003/96/EC ( 1 ), in the steel, aluminium, non-ferrous metals, chemicals, cement, lime, glass, ceramics, fertilisers, as well as pulp and paper sectors to an extent which is technically feasible;
‘biotech climate and energy solutions’ means technologies anchored in the use of microorganisms or biological molecules such as enzymes, resins or biopolymers, which are able to reduce CO2 emissions by replacing energy-intensive fossil or chemical-based inputs in industrial manufacturing processes relevant for, inter alia, carbon capture, production of biofuels and production of bio-based materials, in line with the circular economy principles;
‘primarily used’ means final products and specific components which are essential for the production of net-zero technologies, as set out in the Annex, or final products, specific components and specific machinery which are essential for the production of net-zero technologies on the basis of evidence provided to a national competent authority by the project promoter, with the exception of energy-intensive industry decarbonisation projects, for which such evidence is not required;
‘processed material’ means a material that has been processed in such a way to be suitable for a specific function in a net-zero technology supply chain, with the exception of critical raw materials defined pursuant to Article 4 of Regulation (EU) 2024/1252;
‘innovative net-zero technologies’ means net-zero technologies that comprise genuine innovations which are not currently available on the market and that are advanced enough to be tested in a controlled environment;
‘other innovative technologies’ means energy-related or climate-related technologies with a proven potential to contribute to the decarbonisation of industrial or energy systems and to reduce strategic dependencies that comprise genuine innovations that are not currently available on the Union market and that are advanced enough to be tested in a controlled environment;
‘pre-commercial procurement’ means the procurement of net-zero technologies in a pre-commercial phase, involving risk-benefit sharing under market conditions and competitive development in phases;
‘public procurement of innovative solutions’ means a public procurement procedure for which contracting authorities or contracting entities act as a launch customer for net-zero technologies, which may include conformity testing;
‘net-zero technology manufacturing project’ means a planned commercial facility or an extension or repurposing of an existing facility to manufacture net-zero technologies, or an energy-intensive industry decarbonisation project;
‘energy-intensive industry decarbonisation projects’ means the construction or conversion of the commercial facility of an energy-intensive business as defined in Article 17(1), point (a), of the Directive 2003/96/EC in the steel, aluminium, non-ferrous metals, chemicals, cement, lime, glass, ceramics, fertilisers, as well as pulp and paper sectors that are part of the supply chain of a net-zero technology and that are to reduce emission rates of CO2-eq of industrial processes significantly and permanently to an extent which is technically feasible;
‘net-zero strategic project’ means a net-zero technology manufacturing project, a CO2 capture project, a CO2 storage project or a CO2 transport infrastructure project located in the Union that a Member State has recognised as a net-zero strategic project pursuant to Articles 13 and 14;
‘permit-granting process’ means a process that covers all relevant permits to build, expand, convert and operate net-zero technology manufacturing projects and net-zero strategic projects, including building, chemical and grid connection permits, and environmental assessments and authorisations where required, and encompassing all applications and procedures from the acknowledgement that the application is complete to the notification of the comprehensive decision on the outcome of the procedure by the single point of contact concerned, as well as with regard to CO2 geological storage, the storage permit-granting process which concerns the processing of all necessary permits for surface installations requested to operate a storage site, including building permits and pipe authorisations, and the environmental authorisation for the injection and storage of CO2 completed in accordance with Directive 2009/31/EC;
‘comprehensive decision’ means the decision or set of decisions taken by Member State authorities that determine whether a project promoter is authorised to implement a net-zero technology manufacturing project, without prejudice to any decision taken in the context of an appeal procedure;
‘project promoter’ means any undertaking or consortium of undertakings developing a net-zero technology manufacturing project or a net-zero strategic project;
‘net-zero regulatory sandbox’ means a scheme that enables undertakings to test innovative net-zero technologies and other innovative technologies in a controlled real-world environment, under a specific plan, developed and monitored by a competent authority;
‘public procurement procedure’ means either of the following:
any type of award procedure covered by Directive 2014/24/EU for the conclusion of a public contract or Directive 2014/25/EU for the conclusion of a supply, works and service contract;
a procedure for the award of works or a service concession covered by Directive 2014/23/EU;
‘contracting authority’ means, in the context of public procurement procedures, a contracting authority as defined in Article 6 of Directive 2014/23/EU, Article 2(1), point (1), of Directive 2014/24/EU and Article 3 of Directive 2014/25/EU;
‘contracting entity’ means, in the context of public procurement procedures, a contracting entity as defined in Article 7 of Directive 2014/23/EU and Article 4 of Directive 2014/25/EU;
‘contract’ means, in the context of public procurement procedures, public contracts as defined in Article 2(1), point (5), of Directive 2014/24/EU, supply, works and service contracts as defined in Article 2, point (1), of Directive 2014/25/EU, and concessions as defined in Article 5, point (1), of Directive 2014/23/EU;
‘auction’ means a mechanism for competitive tendering procedures to support the production or consumption of energy from renewable sources that does not fall under Directive 2009/81/EC of the European Parliament and of the Council ( 2 ) or Directive 2014/23/EU, 2014/24/EU or 2014/25/EU;
‘CO2 injection capacity’ means the annual amount of CO2 that can be injected in an operational geological storage site, permitted under Directive 2009/31/EC, with the purpose of reducing emissions or increasing carbon removals, in particular from large scale industrial installations, and which is measured in tonnes per annum;
‘CO2 transport infrastructure’ means the network of pipelines, including associated booster stations, for the transport of CO2 to the storage site, as well as any ships, road or rail transport modes, including liquefaction devices and temporary storage facilities if needed, for the transport of CO2 to the harbour facilities and storage site;
‘energy system integration’ means solutions for the planning and operation of the energy system as a whole, across multiple energy carriers, infrastructures, and consumption sectors, by creating stronger links between them with the objective of delivering fossil-free, flexible, reliable and resource-efficient energy services, at the least possible cost for society, the economy and the environment;
‘net-zero Industrial Partnerships’ means a commitment between the Union and a third country to increase cooperation related to net-zero technologies that is established through a non-binding instrument setting out concrete actions of mutual interest;
‘first-of-a-kind’ means a new or substantially upgraded net-zero technology facility which provides innovation with regard to the manufacturing process of the net-zero technology that is not yet substantively present or committed to be built within the Union;
‘manufacturing capacity’ means the total amount of output capacity of the net-zero technologies produced in a manufacturing project or, where a manufacturing project produces specific components or specific machinery primarily used for the production of such products rather than the final products themselves, the output capacity of the final products for which such components or specific machinery are produced.
Article 4
List of net-zero technologies
The net-zero technologies within the scope of this Regulation shall be:
solar technologies, including PV, solar thermal electric and solar thermal technologies;
onshore wind and offshore renewable technologies;
battery and energy storage technologies;
heat pumps and geothermal energy technologies;
hydrogen technologies, including electrolysers and fuel cells;
sustainable biogas and biomethane technologies;
CCS technologies;
electricity grid technologies, including electric charging technologies for transport and technologies to digitalise the grid;
nuclear fission energy technologies, including nuclear fuel cycle technologies;
sustainable alternative fuels technologies;
hydropower technologies;
renewable energy technologies, not covered under the previous categories;
energy system-related energy efficiency technologies, including heat grid technologies;
renewable fuels of non-biological origin technologies;
biotech climate and energy solutions;
transformative industrial technologies for decarbonisation not covered under the previous categories;
CO2 transport and utilisation technologies;
wind propulsion and electric propulsion technologies for transport;
nuclear technologies not covered under previous categories.
CHAPTER II
ENABLING CONDITIONS FOR NET-ZERO TECHNOLOGY MANUFACTURING
SECTION I
Benchmarks
Article 5
Benchmarks
The Commission and Member States shall support net-zero manufacturing projects in accordance with this Chapter in order to ensure the reduction of strategic dependencies in the Union of net-zero technologies and their supply chains by reaching a manufacturing capacity for those technologies of:
a benchmark of at least 40 % of the Union’s annual deployment needs for the corresponding technologies necessary to achieve the Union’s 2030 climate and energy targets;
an increased Union share for the corresponding technologies with a view to reaching 15 % of world production by 2040 on the basis of monitoring pursuant to Article 42, except where the increased Union manufacturing capacity would be significantly higher than the Union’s deployment needs for the corresponding technologies necessary to achieve the Union’s 2040 climate and energy targets.
SECTION II
Streamlining administrative and permit-granting processes
Article 6
Single points of contact
Article 7
Online accessibility of information
Member States shall provide access to the following information on processes relevant to net-zero technology manufacturing projects, including net-zero strategic projects, online and in a centralised and easily accessible manner:
the single points of contact referred to in Article 6(1);
the permit-granting process, including information on dispute settlement;
financing and investment services;
funding possibilities at Union or Member State level;
business support services, including but not limited to corporate tax declaration, local tax laws or labour law.
Article 8
Accelerating implementation
Member States shall provide administrative support to net-zero technology manufacturing projects located on their territory, to facilitate their timely and effective implementation, paying particular attention to SMEs involved in the projects, including by providing:
assistance with regard to compliance with applicable administrative and reporting obligations;
assistance to project promoters to inform the public with the aim of increasing public acceptance of the project;
assistance to project promoters along the permit-granting process, in particular for SMEs.
Article 9
Duration of the permit-granting process
The permit-granting process for net-zero technology manufacturing projects shall not exceed any of the following time limits:
12 months for the construction or expansion of net-zero technology manufacturing projects with a yearly manufacturing capacity of less than 1 GW;
18 months for the construction or expansion of net-zero technology manufacturing projects with a yearly manufacturing capacity of 1 GW or more.
Article 10
Environmental assessments and authorisation
Under the coordinated procedure referred to in the first subparagraph, a competent authority shall coordinate the various individual assessments of the environmental impact of a particular project required by the relevant Union legislative acts.
Under the joint procedure referred to in the first subparagraph, a competent authority shall provide for a single assessment of the environmental impact of a particular project required by the relevant Union legislative acts. The application of the joint or coordinated procedure shall not affect the content of the environmental impact assessment.
Article 11
Planning
Article 12
Applicability of UNECE Conventions
SECTION III
Net-zero strategic projects
Article 13
Selection criteria
Member States shall recognise as net-zero strategic projects net-zero technology manufacturing projects located in the Union that contribute to achieving the objectives set out in Article 1, including contributing to the Union’s climate or energy targets, and fulfil at least one of the following criteria:
the net-zero technology manufacturing project contributes to the technological and industrial resilience of the Union’s net-zero technologies by increasing the manufacturing capacity of a component or a segment of the net-zero technology supply chain by:
adding manufacturing capacity in the Union for a net-zero technology, for which the Union depends for more than 50 % on imports coming from third countries;
adding significant manufacturing capacity by making a substantive contribution to the 2030 climate or energy objectives of the Union; or
adding manufacturing capacity or updating existing manufacturing capacity in the Union for a net-zero technology, of which the Union’s manufacturing capacity represents a significant share of world production and which plays a crucial role in the resilience of the Union;
the net-zero technology manufacturing project has a clear positive impact on the Union’s net-zero industry supply chain or downstream sectors by providing European net-zero industries with access to the best available net-zero technology or to products produced in a first-of-a-kind manufacturing facility, and fulfils at least one of the following criteria:
putting into place measures to attract, retain, upskill or reskill a workforce required for net-zero technologies, including through apprenticeships, traineeships, continuing education and training in close cooperation with regional and local authorities, education and training institutions, and social partners including trade unions;
contributing to the competitiveness of SMEs as part of the supply chain of net-zero technologies;
the project contributes to reaching the Union’s climate or energy objectives by manufacturing net-zero technologies through practices that implement improved environmental sustainability and performance or circularity features, including comprehensive low-carbon, energy, water or material efficiency and practices that significantly and permanently reduce emission rates of CO2-eq.
By 1 March 2025, the Commission shall adopt an implementing act setting out guidelines ensuring uniform conditions for the implementation of the criteria laid down in this Article. Those guidelines shall at least include specific guidance on the criteria to be used to assess:
whether added manufacturing capacity concerns first-of-a-kind or best available technology manufacturing capacity;
whether the additional manufacturing capacity can be considered to be significant.
That implementing act shall be adopted in accordance with the examination procedure referred to in Article 45(2).
Member States shall recognise as net-zero strategic projects CO2 storage projects that meet all of the following criteria:
the CO2 storage site is located in the territory of the Union, its exclusive economic zones or on its continental shelf within the meaning of the United Nations Convention on the Law of the Sea (UNCLOS);
the CO2 storage project contributes to reaching the objective set out in Article 20;
the CO2 storage project has applied for a permit for the safe and permanent geological storage of CO2, in accordance with Directive 2009/31/EC.
Any CO2 capture project related to a CO2 storage project that fulfils the criteria referred to in the first subparagraph, and any related CO2 infrastructure project necessary for the transport of captured CO2shall also be recognised as a net-zero strategic project.
Article 14
Application and recognition
The application referred to in paragraph 1 shall contain the following:
relevant evidence related to the fulfilment of the criteria laid down in Article 13(1) or (3);
a business plan evaluating the financial viability of the project consistent with the objective of creating quality jobs; and
a first draft timetable for the project estimating when the project would be able to contribute to the Union’s manufacturing capacity benchmark referred to in Article 5 or the Union level objective of CO2 injection capacity referred to in Article 20.
The Commission shall provide a pre-set form to submit the applications referred to in paragraph 1.
Article 15
Priority status of net-zero strategic projects
Article 16
Duration of the permit-granting process for net-zero strategic projects
The permit-granting process for net-zero strategic projects shall not exceed:
9 months for the construction or expansion of net-zero strategic projects with a yearly manufacturing capacity of less than 1 GW;
12 months for the construction or expansion of net-zero strategic projects with a yearly manufacturing capacity of 1 GW or more;
18 months for all necessary permits to operate a storage site in accordance with Directive 2009/31/EC.
Article 17
Net-zero Acceleration Valleys
The decision referred to in paragraph 1 shall:
define a clear geographic and technology scope for the Valleys;
take into account areas that include artificial and built surfaces, industrial sites, and brownfield sites;
be subject to an environmental assessment pursuant to Directive 2001/42/EC, and, where applicable, to an assessment pursuant to Article 6(3) of Directive 92/43/EEC; to the extent possible, the results of those assessments shall facilitate the preparation of net-zero technology manufacturing projects or net-zero strategic projects with a view to meeting the objectives of this Regulation and avoiding duplication of assessments; this provision is without prejudice to the compliance of individual projects with applicable Union environmental law;
ensure synergies, where possible, with the designation of renewables acceleration areas as established by Directive (EU) 2023/2413 of the European Parliament and of the Council ( 5 ).
A decision by a Member State to designate a Valley shall be accompanied by a plan setting out concrete national measures to increase its attractiveness as a location for manufacturing activities, including at least the following economic and administrative support schemes to:
facilitate the development of the necessary infrastructure in the Valley;
support private investments in the Valley;
achieve the adequate reskilling and upskilling of the local workforce;
make information about the Valley accessible online in accordance with Article 7.
Article 18
Permitting under Valleys
Article 19
Coordination of financing
The Platform shall, at the request of the net-zero strategic project promoter, discuss and advise on how the financing of the project can be completed, taking into account the funding already secured and considering at least the following elements:
additional private sources of financing;
support through resources from the EIB Group or other international financial institutions including the European Bank for Reconstruction and Development;
existing Member State instruments and programmes, including from national promotional banks, institutions and Export Credit Agencies;
relevant Union funding and financing programmes.
CHAPTER III
CO2 INJECTION CAPACITY
Article 20
Union level objective of CO2 injection capacity
The reports referred to in paragraph 3 shall include a CO2 storage and injection capacity assessment, using, in particular, the information collected pursuant to Article 21(2) and Article 23(6). The reports shall:
provide a detailed analysis of the geographical and temporal planning of CO2 storage sites and of the CO2 capture projects for CO2 emissions from industrial installations within the Union taking into account the specific potential for CO2 usage to contribute to the permanent storage of CO2;
identify the main infrastructure needed for the transport and storage of CO2 emissions from industrial installations throughout the Union;
provide a detailed analysis on the possible barriers obstructing the development of the CCS market.
Article 21
Transparency of CO2 storage capacity data
By 30 December 2024, Member States shall:
make data on all areas where CO2 storage sites could be permitted on their territory, including saline aquifers, publicly available, without prejudice to requirements regarding the protection of confidential information;
oblige entities which are or have been holders of an authorisation as defined in Article 1, point 3, of Directive 94/22/EC of the European Parliament and of the Council ( 6 ) on their territory to make publicly available on a non-reliance basis geological data relating to production sites that have been decommissioned or whose decommissioning has been notified to the competent authority and, if available, economic assessments of the respective costs of enabling CO2 injection, unless the entity has applied for an exploration permit in accordance with Directive 2009/31/EC, including data on:
whether the site is suitable for sustainably, safely and permanently injecting and storing CO2;
the availability or need for transport infrastructure and modes suitable for safely transporting CO2 to reach the site.
For the purposes of point (a) of the first subparagraph of this paragraph, the data shall include at least the information requested in the Commission Notices on the Guidance to Member States for integrated national energy and climate plans notified pursuant to Article 3(1) of Regulation (EU) 2018/1999 and the updates thereof submitted pursuant to Article 14 thereof (national energy and climate plans).
By 30 December 2024 and each year thereafter, each Member State shall submit to the Commission a report, which shall be made publicly available, and shall be without prejudice to requirements regarding the protection of confidential information, describing:
a mapping of CO2 capture projects in progress on its territory or in cooperation with other Member States, and an estimation of the corresponding needs for injection and storage capacities, and CO2 transport;
a mapping of CO2 storage and CO2 transport projects in progress on its territory, including the status of permitting under Directive 2009/31/EC, expected dates for Final Investment Decision (FID) and entry into operation;
the national support measures that have been or will be adopted to prompt projects referred to in points (a) and (b) of this paragraph, as well as measures relating to the cross-border transport of CO2;
the national strategy and targets that will be and have been set for the capture of CO2 by 2030, where applicable;
bilateral and regional cooperation that facilitates the cross-border transport of CO2, including their implications for the access of entities capturing CO2 to a safe and non- discriminatory means of transporting CO2;
CO2 transport projects in progress and an estimation of the necessary future CO2 transport projects’ capacity to match the corresponding capture and storage capacity.
Article 22
CO2 transport infrastructure
Article 23
Contribution of authorised oil and gas producers
By 30 June 2025, the entities referred to in paragraph 1 shall submit to the Commission a plan specifying in detail how they intend to meet their contribution to Union CO2 injection capacity objective by 2030. Those plans shall:
confirm the entity's contribution, expressed in terms of targeted volume of new CO2 storage and injection capacity commissioned by 2030;
specify the means and the milestones for reaching the targeted volume.
In order to meet their targeted volumes of available injection capacity, the entities referred to in paragraph 1 may:
invest in, or develop, CO2 storage projects alone or in cooperation;
enter into agreements with other entities referred to in paragraph 1;
enter into agreements with third-party storage project developers or investors to fulfil their contribution.
By way of derogation from paragraph 1, a Member State may request the Commission to exempt the entities referred to in that paragraph from individual contributions in relation to the production activities that they have carried out on the territory of that Member State from 1 January 2020 to 31 December 2023, provided that:
the overall annual injection capacity of all storage sites operated by any entity that has received a storage permit within the meaning of Directive 2009/31/EC and that has reached a final investment decision located on the territory of that Member State exceeds the sum of the individual contributions of the entities referred to in paragraph 1 of this Article in relation to the relevant production activities, and that the annual injection capacities associated with those storage sites corresponds to those mentioned in the storage permits and in the final investment decisions and contributes to the Union-wide target for available CO2 injection capacity set in Article 20 of this Regulation;
the application is submitted before the end of 2027.
The Commission is empowered to adopt delegated acts in accordance with Article 44 to supplement this Regulation with regard to:
the rules concerning the identification of entities subject to a contribution pursuant to paragraph 1, including the threshold below which entities are exempt from contribution;
the arrangements whereby agreements between entities referred to in paragraph 1 and investments in storage capacity held by third parties are taken into account to meet their individual contribution under paragraph 5, points (b) and (c);
the content of the reports referred to in paragraph 6;
the detailed conditions under which the Commission may grant an exemption or a derogation to entities under paragraph 7, 8 or 11.
Article 24
Regulatory framework for the market for captured CO2
By 30 June 2027, the Commission shall carry out an assessment of the functioning of the market for captured CO2. That assessment shall be based on a clear methodology, take into account the annual reports referred to in Article 21(2) and, in particular, consider whether:
the obligations set out in Article 23(1) effectively promote the development of the CO2 storage market in the Union;
the market provides for open, fair and non-discriminatory access and safety of the CO2 storage and transport network;
the market provides for open, fair and non-discriminatory access to capture CO2 for usage or storage purposes;
the adequacy of the CO2 transport network and other infrastructure across the Union to sufficiently support the injection capacity objectives as well as the need for CO2 capture;
the functioning of the CO2 market ensures sufficient access to injection capacity for hard-to-abate CO2 emissions.
CHAPTER IV
ACCESS TO MARKETS
Article 25
Sustainability and resilience contribution in public procurement procedures
Notwithstanding paragraph 1, contracting authorities and contracting entities shall apply at least one of the following conditions, requirements or contractual obligations for the works contracts and works concessions referred to in paragraph 1:
a special condition that relates to social or employment-related considerations that takes the form of a contract performance clause within the meaning of Article 70 of Directive 2014/24/EU and of Article 87 of Directive 2014/25/EU and of the general principles of Directive 2014/23/EU;
a requirement to demonstrate compliance with applicable cybersecurity requirements provided for in a cyber resilience regulation, including, where appropriate and where available, through a relevant European cybersecurity certification scheme;
a specific contractual obligation to deliver the component of the contract relating to net-zero technologies listed in Article 4(1), points (a) to (k) on time, that may give rise to an obligation to pay an appropriate charge if this obligation is not fulfilled, and that goes beyond the requirements provided for in applicable national legislation, if such legislation exists.
The minimum mandatory requirements referred to in paragraph 1, where applicable, shall take the form, where appropriate, of:
technical specifications or requirements within the meaning of Article 36 of Directive 2014/23/EU, of Article 42 of Directive 2014/24/EU and of Article 60 of Directive 2014/25/EU; or
contract performance clauses within the meaning of Article 70 of Directive 2014/24/EU and of Article 87 of Directive 2014/25/EU and of the general principles of Directive 2014/23/EU.
When adopting that implementing act, the Commission shall consider at least the following elements:
the market situation at Union level of the relevant technologies;
provisions regarding environmental sustainability set out in other Union legislative and non-legislative acts applicable to public procurement procedures covered by the obligation set out in paragraph 1;
the Union’s international commitments, including the GPA and other international agreements of which the Union is bound.
That implementing act shall be adopted in accordance with the examination procedure referred to in Article 45(2).
If the Commission, at the time of the call for competition for a public procurement procedure as referred to in paragraph 1 of this Article, or commencement of such a procedure, has determined in accordance with Article 29(2) that the proportion of a specific net-zero technology or its main specific components originating in a third country accounts for more than 50 % of the supply of that specific net-zero technology or its main specific components within the Union, or if the Commission has determined in accordance with Article 29(2) that the proportion of supply within the Union of a specific net-zero technology or its main specific components originating in a third country has increased by at least 10 percentage points on average for two consecutive years and reaches at least 40 % of the supply within the Union, contracting authorities and contracting entities shall include the following conditions for the public procurement procedures referred to in paragraph 1 of this Article:
an obligation for the duration of the contract not to supply more than 50 % of the value of the specific net-zero technology referred to in this paragraph from each individual third country as determined by the Commission;
an obligation for the duration of the contract that no more than 50 % of the value of the main specific components of the specific net-zero technology referred to in this paragraph is supplied or provided directly by the successful tenderer or by a subcontractor from each individual third country as determined by the Commission;
an obligation to provide contracting authorities and contracting entities, upon their request, adequate evidence relating to point (a) or (b), at the latest upon completion of the execution of the contract;
an obligation to pay a proportionate charge, in the event of non-observance of the conditions referred in point (a) or (b), of at least 10 % of the value of the specific net-zero technologies of the contract referred to in this paragraph.
Contracting authorities and contracting entities may, on an exceptional basis, decide not to apply paragraphs 1 to 4, where:
the required net-zero technology can only be supplied by a specific economic operator and no reasonable alternative or substitute exists and the absence of competition is not the result of an artificial narrowing down of the parameters of the public procurement procedure;
no suitable tenders or no suitable requests to participate have been submitted in response to a similar former public procurement procedure launched by the same contracting authority or contracting entity in the two years immediately before the commencement of the planned new procurement procedure;
their application would oblige that contracting authority or contracting entity to acquire equipment having disproportionate costs or would result in technical incompatibility in operation and maintenance.
Where the application of the resilience contribution pursuant to paragraph 7 of this Article has led to a situation where no suitable tenders or no suitable requests to participate have been submitted in response to a public procurement procedure, the contracting authorities or contracting entities may, on an exceptional basis:
decide to use the negotiated procedure without prior publication pursuant to Article 32(2), point (a), of Directive 2014/24/EU, Article 50, point (a), of Directive 2014/25/EU or Article 31(5) of Directive 2014/23/EU; or
decide not to apply paragraph 7 of this Article in a specific subsequent public procurement procedure that aims to address the same needs as those which led to the commencement of the initial procedure referred to in this paragraph.
This Article shall be without prejudice to:
the possibility of using additional non price criteria;
the possibility of excluding abnormally low tenders under Article 69 of Directive 2014/24/EU and Article 84 of Directive 2014/25/EU;
Articles 107 and 108 TFEU, in the case of uncompetitive public procurement procedures.
Article 26
Auctions to deploy renewable energy sources
For the technologies listed in Article 4(1), points (a) to (j) that are renewable energy technologies, Member States shall, when designing auctions for the deployment of energy from renewable sources, include:
pre-qualification criteria related to:
responsible business conduct;
cyber security and data security; and
ability to deliver the project fully and on time;
pre-qualification criteria or award criteria to assess the auction’s sustainability and resilience contribution as referred to in paragraph 2.
This paragraph is without prejudice to Article 4 of Directive (EU) 2018/2001 and Articles 107 and 108 TFEU, and to the Union’s international obligations.
Auctions shall contribute to resilience, taking into account the proportion of the net-zero technology or its main specific components that originates from a third country accounting for more than 50 % of the supply of that specific net-zero technology or its main specific components within the Union.
For the purposes of the second subparagraph of this paragraph, the country of origin shall be determined in accordance with Regulation (EU) No 952/2013 of the European Parliament and of the Council ( 7 ).
Auctions shall also contribute to at least one of the following:
environmental sustainability going beyond the minimum requirements in applicable law;
innovation by providing entirely new solutions or improving comparable state-of-the-art solutions;
the energy system integration.
This paragraph shall not preclude Member States from using additional non-price criteria beyond those listed in this paragraph.
That implementing act shall be adopted in accordance with the examination procedure referred to in Article 45(2).
By 31 December 2027 and every two years thereafter, the Commission shall carry out a comprehensive assessment of the application of the resilience and sustainability criteria for auctions for the deployment of energy from renewable sources and their effect on the accelerated deployment of renewable energy technologies. In particular, the Commission shall assess the impact of the resilience and sustainability criteria on:
the development of the Union’s annual manufacturing of renewable energy technologies;
the deployment of energy from renewable sources, including their financial impact and their impact on the speed of deployment, while also taking into account the workability, including the administrative burden, and clarity of the system for project developers and national administration, on the basis of available data.
As part of that assessment, the Commission shall consult experts from Member States in the field of auctioning.
Article 27
Pre-commercial procurement and public procurement of innovative solutions
Article 28
Other forms of public intervention
The sustainability and resilience contribution of other forms of public intervention shall be based on their contribution to resilience, taking into account the proportion of the net-zero technology or its main specific components originating from a third country that accounts for more than 50 % of the supply of that specific net-zero technology within the Union, and at least one of the following:
environmental sustainability going beyond the minimum requirements in applicable law;
contribution to innovation by providing entirely new solutions or improving comparable state-of-the-art solutions;
contribution to the energy system integration.
The criteria referred to in the first subparagraph shall be objective, transparent and non-discriminatory.
This shall not preclude Member States from using additional non-price criteria beyond those laid down in the first subparagraph.
For the purposes of the contribution to resilience referred to in the first subparagraph, introductory part, of this paragraph, the country of origin shall be determined in accordance with Regulation (EU) No 952/2013.
Article 29
Coordination of access to markets initiatives
On the basis of the implementing act referred to in the first subparagraph, the Commission shall provide updated information on the shares of the Union supply originating in different third countries in the most recent year for which data is available for each of the net-zero technologies and their main specific components. The country of origin shall be determined in accordance with Regulation (EU) No 952/2013.
CHAPTER V
ENHANCING SKILLS FOR QUALITY JOB CREATION
Article 30
European net-zero industry academies
Based on an assessment, by the Commission, using existing data and reports, of skills shortages in net-zero technology industries key for the industrial transformation and decarbonisation, and fully respecting the competence of Member States in the field of education and training, the Commission shall support, including through the provision of seed-funding, the launch of European net-zero industry academies (the ‘Academies’), as organisations or consortia or projects of relevant stakeholders, which have the following objectives:
developing, for voluntary use by Member States and education and training providers on their territories, learning programmes, content and learning and training materials for training and education, such as on developing, producing, installing, commissioning, operating, maintaining, repairing, ecodesigning, re-using and recycling net-zero technologies, and on raw materials as well as relevant occupational health and safety aspects and transversal competences; this shall reflect the assessment of skills shortages and support the capacities of public authorities, in particular those competent to issue permits and authorisations referred to in Chapter II and contracting authorities and contracting entities referred to in Chapter IV of this Regulation;
promoting the voluntary use of the learning programmes, content and materials by education and training providers in the Member States;
offering support to the education and training providers that use the learning programmes, content and materials produced by the Academies to uphold the quality of the training offered and to develop mechanisms to ensure the quality of the training offered;
developing credentials, including, if appropriate, micro-credentials, for voluntary use by Member States and education and training providers on their territories, in order to facilitate the identification of skills and, where appropriate, the recognition of qualifications, to enhance the transferability between jobs and industries, to facilitate the cross-border mobility of the workforce, to promote matching with relevant quality jobs through tools such as the European network of employment services (EURES) and EURAXESS, and to ensure visibility of the fact that a learning programme or learning content was developed by an Academy.
Article 31
Regulated professions in the net-zero technology industries and recognition of professional qualifications
Within nine months after the completion of the learning content and materials developed by an Academy and every two years thereafter, Member States shall strive to identify whether the learning programmes developed by that Academy are equivalent to the specific qualifications required by the host Member State to access regulated activities within the scope of a profession with particular interest for the net-zero technology industry in that Member State. Member States shall ensure that the results of the assessments are made public and easily accessible online. In the event that the learning programmes are deemed not to be equivalent to the qualifications required by the host Member State to access regulated activities, or where a Member State has not sought to identify equivalence, that Member State shall inform the Platform, providing relevant information on:
the reasoning for not completing the identification exercise; or
the differences between the learning programmes developed by the Academies and the specific qualifications required by that host Member State, and how to achieve equivalence.
Article 32
Net-Zero Europe Platform and skills
The Platform shall support and supplement the action of Member States in the deployment of skills in net-zero technologies, while respecting their competence, by advising and assisting the Commission and Member States, including competent authorities, and contracting authorities and contracting entities, as referred to in Chapters II and IV, by means of the following:
assessing, continuously monitoring and forecasting the demand and supply of a workforce with the skill sets needed in net-zero technologies and the availability and uptake of corresponding education and training opportunities, for the purpose of informing the activities of the Academies, as appropriate;
monitoring the activity of the Academies, on the basis of the data and information on how many people have benefited from the learning programmes developed by the Academies, including disaggregated data by industrial sector, gender, age and level of education and qualification, fostering synergies with Union and national skills initiatives and projects, and strengthening and scaling up good practices, inter alia, to attract a diverse workforce and provide general oversight;
analysing the root causes of labour and skills shortages, on the basis of existing insights and data, including those related to the quality of the job offer, thus assessing whether additional measures are needed to attract more workers of all qualification levels in certain industries;
assisting the mobilisation of stakeholders including industry, undertakings including SMEs, social partners and education and training providers, such as universities, for the promotion, and, in line with national practices, their possible participation in the roll-out of learning programmes developed by the Academies;
assisting the uptake of learning credentials developed by the Academies in the Member States to promote the identification of skills and, where relevant, recognition of qualifications and the matching of skills and jobs, inter alia, by promoting the validity and acceptance of the credentials throughout the labour market of the Union;
monitoring the uptake and recognition of learning credentials and contributing to providing solutions where issues of non-recognition are detected;
facilitating, where appropriate, the development of European occupation profiles, for the voluntary use by Member States, consisting of a common set of knowledge, skills and competences for key professions in the net-zero technologies, drawing inter alia upon the learning programmes developed by the Academies, and, where appropriate, using the terminology provided by the European Skills, Competences, Qualifications and Occupations (ESCO) classification to facilitate transparency and mobility between jobs and across internal market borders;
promoting career prospects and quality working conditions, including adequate wages, in jobs in net-zero technology industries, integration in the labour market for net-zero technology industries of more women and young people, in particular NEETs, older people, workers in professions which are at risk of disappearing or the content and tasks of which are being highly transformed by new technologies, people working in regions in transition and persons with disabilities, and attracting skilled workers from third countries through instruments such as the European Blue Card and in accordance with national competences, law and practice, and thereby achieving a more diverse workforce;
encouraging and supporting labour mobility across the Union and promoting the publication of vacant positions related to net-zero technologies by EURES, in accordance with Regulation (EU) 2016/589 of the European Parliament and of the Council ( 9 );
facilitating closer coordination and the exchange of best practices and knowhow between Member States and within the private sector to enhance the availability of skills in the net-zero technologies, including by contributing to Union and Member States policies to attract new talents from third countries and all educational levels, in accordance with national competences, law and practice and in coordination with the already existing structures of European cooperation in education and training;
looking for synergies with existing training or education programmes, with the aim, among others, of matching the learning programmes of the Academies with the needs of the Union’s industry.
CHAPTER VI
INNOVATION
Article 33
Net-zero regulatory sandboxes
Those implementing acts shall include common main principles on the following issues:
the eligibility criteria and selection procedure for participation in the net-zero regulatory sandboxes;
the procedure for the application, participation, monitoring, exiting from and termination of the net-zero regulatory sandboxes;
the terms and conditions applicable to the participants.
Those implementing acts shall be adopted in accordance with examination procedure referred to in Article 45(2).
Article 34
Measures for SMEs and start-ups
Member States shall:
provide SMEs and start-ups with priority access to the net-zero regulatory sandboxes to the extent that they fulfil the eligibility conditions laid down in Article 33;
organise awareness raising activities about participation to the net-zero regulatory sandboxes by SMEs and start-ups;
where appropriate, establish a dedicated channel for communication with SMEs and start-ups to provide guidance and respond to queries about the implementation of Article 33.
Article 35
Establishment of the Strategic Energy Technology Plan Steering Group
Article 36
Tasks of the SET Plan Steering Group
Article 37
Structure and functioning of the SET Plan Steering Group
CHAPTER VII
GOVERNANCE
Article 38
Establishment and tasks of the net-zero Europe Platform
Members of the Platform shall coordinate the Net-Zero Industrial Partnerships within the Platform to help promote the adoption of net-zero technologies globally, to collaborate in the development of innovative net-zero technologies and to support the role of Union industrial capabilities in paving the way for the global clean energy transition, in accordance with the general objective of this Regulation as laid down in Article 1. The Platform may periodically discuss, inter alia:
how to improve and promote cooperation, knowhow and technology sharing along the net-zero value chain between the Union and third countries;
the resilience including through enhanced competitiveness of the European industries within the scope of this Regulation in relation to global value chains and recommended actions for enhancement;
where appropriate, improving consistency between this Regulation and other Union initiatives which could contribute to the objectives of this Regulation and whether to issue recommendations in relation thereto;
the progress on value chains for net-zero technologies, ongoing technological and industrial changes, and potential future emerging strategic value chains in view of the objectives of this Regulation;
best practices with regard to the implementation of Section II of Chapter II as well as to Articles 15 and 16 and accelerating the permitting deadlines;
how to address non-tariff barriers to trade, such as through mutual recognition of conformity assessment or commitments to avoid export restrictions;
which third countries could be prioritised for the conclusion of Net-Zero Industrial Partnerships, taking into account the following:
the potential contribution to security of supply, taking into account their manufacturing capacity of net-zero technologies;
whether there are existing cooperation agreements between a third country and the Union;
whether a third country's regulatory framework and its implementation ensures the monitoring, prevention and minimisation of environmental impacts, the use of socially responsible practices including respect of human and labour rights and meaningful and equitable engagement with local communities, the use of transparent business practices and the prevention of adverse impacts on the proper functioning of public administration and the rule of law;
CO2 injection and storage capacities within their territories;
how to incentivise production of net-zero technologies in the Union, by addressing funding, regulatory framework and investment and location guarantees;
the assessment of the application of trade measures in net-zero industries.
This paragraph shall be without prejudice to the prerogatives of the Council in accordance with the Treaties in relation to non-binding international instruments.
Article 39
Structure and functioning of the Platform
The Platform shall establish at least a sub-group to ensure the appropriate implementation of the Academies pursuant to Chapter V.
Article 40
Net-zero Regulatory Burden Scientific Advisory Group
The members of the Scientific Advisory Group shall be appointed for a term of four years, which shall be renewable once, following an open, fair and transparent selection procedure. The selection of members shall be based on the following criteria:
scientific excellence;
experience in carrying out scientific assessments and providing scientific advice in their fields of expertise;
expertise in the field of public administration or other fields relevant for the tasks of the Scientific Advisory Group;
professional experience in an inter-disciplinary environment in an international context.
Article 41
National energy and climate plans
Member States shall take into consideration this Regulation when preparing their national energy and climate plans, in particular as regards the dimension ‘research, innovation and competitiveness’ of the Energy Union, reflecting the priorities of the Energy Union Strategy and the Strategic Energy Technology Plan, and when submitting their biennial progress reports in accordance with Article 17 of Regulation (EU) 2018/1999.
CHAPTER VIII
MONITORING
Article 42
Monitoring
The Commission shall monitor on an ongoing basis:
the Union’s progress with respect to the Union’s objectives referred to in Article 1, in particular the supply risks of net-zero technologies that would distort competition or fragment the internal market, and the related impact of this Regulation;
the Union’s progress in meeting the benchmarks referred to in Article 5, taking into account constraints and opportunities on the global market;
the value or volume of imports into its territory and exports outside of the Union’s territory of net-zero technologies;
the progress with respect to the Union level objective of CO2 injection capacity referred to in Article 20 and to the related CO2 transport infrastructure as well as the related CO2 capture activities.
In particular, they shall, at least every 3 years collect data on:
obstacles to trade in net-zero technologies or in goods that use net-zero technologies within the internal market and their potential drivers, including where such obstacles stem from global supply chain disruptions;
developments in net-zero technologies and market trends, as well as market prices for the respective net-zero technologies, including information on auctions, their frequency, awarding prices, and volume as relevant for fulfilling the requirements of Chapter IV;
net-zero technology manufacturing capacity and related activities, including data on employment and skills;
the number of SMEs that are part of net-zero technology manufacturing projects;
the following information related to permit-granting processes per net-zero technology:
the number of permit-granting processes initiated, the number of applications refused, and the number of comprehensive decisions taken, specifying whether they approved or refused the project;
the duration of the permit-granting processes where a comprehensive decision was taken, including the duration of extensions of the time limits;
information on the resources allocated to the operation of the single points of contact;
the number and nature of net-zero regulatory sandboxes;
the amount of CO2 stored permanently underground in accordance with Directive 2009/31/EC.
CHAPTER IX
FINAL PROVISIONS
Article 43
Delegation of power
The Commission is empowered to adopt delegated acts in accordance with Article 44 to amend the arrangements whereby agreements between entities referred to in Article 23(1) and investments in storage capacity held by third parties are taken into account to meet their individual contribution set out in Article 23(5) and to establish the content of the reports referred to in Article 23(6).
Article 44
Exercise of the delegation
Article 45
Committee procedure
Article 46
Evaluation
The evaluation referred to in paragraph 1 shall assess:
whether the objectives of this Regulation as laid down in Article 1, in particular its contribution to the functioning of the internal market, have been achieved, this Regulation’s impact on business users, in particular SMEs, and end users, and the European Green Deal objectives;
whether this Regulation is fit to deliver beyond 2030 and towards the longer term 2050 climate neutrality target referred to in Article 1, taking into account, among other aspects, the possibility to include in this Regulation other technologies that can play a significant role in achieving climate neutrality by 2050;
whether benchmarks for specific technologies are needed in order to achieve the security of supply of those technologies for the Union.
The evaluation shall take into account:
the result of the monitoring process referred to in Article 42;
the technology needs stemming from the updates of the national energy and climate plans, including the Strategic Energy Technology Plan, taking into account the most recent State of the Energy Union Report.
Article 47
Handling of confidential information
Article 48
Amendment to Regulation (EU) 2018/1724
Regulation (EU) 2018/1724 is amended as follows:
in Annex I, in the first column, a new row ‘R. Net-zero technology manufacturing projects’ is added;
in Annex I, in the second column, in the row ‘R. Net-zero technology manufacturing projects’, the following points are added:
information on the permit-granting process;
financing and investment services;
funding possibilities at Union or Member State level;
business support services, including but not limited to corporate tax declaration, local tax laws, labour law.’
;
in Annex II, in the first column, a new row ‘Net-zero technology manufacturing projects’ is added;
in Annex II, in the second column, in the row ‘Net-Zero technology manufacturing projects’, the following point is added:
‘Procedures for all relevant permits to build, expand, convert and operate net-zero technology manufacturing projects, and net-zero strategic projects, including building, chemical and grid connection permits, environmental assessments and authorisations where required, and encompassing all applications and procedures.’
;in Annex II, in the third column, in the row ‘Net-Zero technology manufacturing projects’, the following point is added:
‘All outputs pertaining to the procedures ranging from the acknowledgement that the application is complete to the notification of the comprehensive decision on the outcome of the procedure by the designated contact point.’
;in Annex III, the following point is added:
‘(8) Single points of contact established or designated, pursuant to Article 6(1) of Regulation (EU) 2024/1735 of the European Parliament and of the Council ( *1 ), including for the purposes of Article 18(1) of that Regulation and contact points established or designated pursuant to Article 33(1) thereof.
Article 49
Entry into force and application
This Regulation shall be binding in its entirety and directly applicable in all Member States.
ANNEX
List of final products and specific components considered to be primarily used for the production of net-zero technologies
|
|
Sub-categories of net-zero technologies |
Final products |
Components that are primarily used for net-zero technologies |
|
Solar technologies |
Photovoltaic (PV) technologies |
— Solar PV systems |
— PV grade polysilicon — PV grade silicon ingots or equivalent (1) — PV wafers or equivalent (1) — PV cells or equivalent (1) — Solar glass — PV encapsulants — PV ribbons — PV backsheets — PV connectors — PV junction boxes — PV modules — PV inverters — PV trackers and their mounting structures |
|
Solar thermal electric technologies |
— Concentrated solar power (CSP) plants |
— CSP reflectors — CSP trackers and their mounting structures — CSP receivers (point or line) |
|
|
Solar thermal technologies |
— Solar thermal systems |
— Solar thermal collectors (including flat-plate, evacuated tube, concentrating systems and air collectors) — Solar thermal absorbers — Solar glass — Solar thermal trackers and their mounting structures |
|
|
Other solar technologies |
— PV-thermal collectors (PVT) |
|
|
|
Onshore wind and offshore renewable technologies |
Onshore wind technologies |
— Onshore wind turbines |
— Nacelles (assembly) — Yaw systems — Pitch systems — Rotor hubs — Main, yaw and pitch bearings — Yaw brakes — Rotor brakes — Direct drive drivetrains (including generator) and/or gearbox drivetrains (including generator) — Permanent magnets of wind turbines — Gearboxes of wind turbines — Blades — Towers |
|
Offshore wind technologies |
— Offshore wind turbines |
— Nacelles (assembly) — Yaw systems — Pitch systems — Rotor hubs — Main, yaw and pitch bearings — Yaw brakes — Rotor brakes — Direct drive drivetrains (including generator) and/or gearbox drivetrains (including generators) — Permanent magnets of wind turbines — Gearboxes of wind turbines — Blades — Towers — Foundations / floaters |
|
|
Other offshore renewable technologies |
— Tidal stream energy technologies — Wave energy technologies |
|
|
|
Battery and energy storage technologies |
Battery technologies |
— Batteries (2) |
— Battery packs — Battery modules — Battery cells — Cathode active materials — Anode active materials — Electrolytes — Separators — Binders — Current collectors (including thin copper, aluminium, nickel and carbon foils) — Battery management systems (BMS) — Battery thermal management systems (BTMS) |
|
Electrochemical storage technologies |
— Ultracapacitors / supercapacitors — Redox flow energy storage |
— Electrolytes — Separators — Collectors — Electrode plates |
|
|
Gravitational storage technologies |
— Pumped hydro storage |
— Reversible hydro turbines and pump runners — Distributors with guide vanes — Large hydro butterfly valves — Large hydro spherical valves — Large hydro hollow-jet discharge valves |
|
|
Thermal energy storage technologies |
— Thermal energy storage systems |
— Sensible heat storage and latent heat storage mediums (including phase-change materials and molten salts) — Thermochemical storage materials |
|
|
Compressed / liquefied gas energy storage technologies |
— Compressed air energy storage — Liquid air energy storage |
|
|
|
Other energy storage technologies |
— Flywheel energy storage |
— Flywheel rotors |
|
|
Heat pumps and geothermal energy technologies |
Heat pump technologies |
— Heat pumps |
— Heat pumps — Four-way valves — Scroll compressors / heat pump rotary compressors |
|
Geothermal energy technologies |
— Geothermal power plants — Geothermal direct use systems |
— Heat exchangers resistant to geothermal corrosive operating conditions — Submersible pumps resistant to geothermal corrosive operating conditions — Brine re-injection pumps |
|
|
Hydrogen technologies |
Electrolysers |
— Alkaline electrolysers (AEL) |
— Stacks — Separators (diaphragm or membranes tailored for water electrolysis) — Bipolar plates and end plates — Electrodes — Electrocatalysts optimised for electrolysers — Frames and casing for electrolyser stacks assembly — Gaskets / sealants |
|
— Proton exchange membrane electrolysers (PEMEL) |
— Stacks — Membrane electrode assemblies (3-layer) / catalyst-coated membranes — Porous transport layers / gas diffusion layers — Bipolar plates and end plates — Electrocatalysts optimised for electrolysers — Frames and casing for electrolyser stacks assembly — Gaskets / sealants |
||
|
— Anion exchange membrane electrolysers (AEMEL) |
— Stacks — Membrane electrode assemblies (3-layer) / catalyst-coated membranes — Porous transport layers / gas diffusion layers — Bipolar plates and end plates — Electrocatalysts optimised for electrolysers — Gaskets / sealants — Frames and casing necessary for electrolyser stacks assembly |
||
|
— Solid-oxide electrolysers (SOEL) |
— Stacks — Electrolytes and electrodes — High-temperature gaskets / sealings — Interconnectors /meshes and end plates — Electrocatalysts optimised for electrolysers — Contact layers — Frames and casing necessary for electrolyser stacks assembly |
||
|
Hydrogen fuel cells |
— Proton exchange membrane fuel cells (PEMFC) |
— Stacks — Membrane electrode assemblies (3-layer) / catalyst-coated membranes — Porous transport layers / gas diffusion layers — Bipolar plates and end plates — Gaskets / sealants — Electrocatalysts optimised for fuel cells — Frames and casing necessary for fuel cell stacks assembly |
|
|
— Solid-oxide fuel cells (SOFC) |
— Stacks — Electrolytes and electrodes — High-temperature gaskets / sealants — Interconnectors /meshes and end plates — Contact layers — Electrocatalysts optimised for fuel cells — Frames and casing necessary for fuel cell stacks assembly |
||
|
Other hydrogen technologies |
— Hydrogen transmission and distribution networks |
— Hydrogen compressors — Hydrogen refuelling stations — Pipelines for hydrogen transmission and distribution — Hydrogen sensors — Hydrogen valves |
|
|
— Hydrogen storage facilities |
— Onboard hydrogen storage tanks — Hydrogen on-tank valves — Hydrogen stationary storage tanks |
||
|
— Plants for the conversion and extraction of hydrogen into and from ammonia |
— Ammonia crackers |
||
|
Sustainable biogas and biomethane technologies |
Sustainable biogas technologies |
— Sustainable biogas plants |
— Anaerobic digesters / fermentation tanks — Enzymes and microorganisms for sustainable biogas production — Catalysts for sustainable biogas production |
|
Sustainable biomethane technologies |
— Sustainable biomethane plants |
— Anaerobic digesters / fermentation tanks — Enzymes and microorganisms for sustainable biomethane production — Biomethane upgrading units — Catalysts for sustainable biomethane production |
|
|
CCS technologies |
Carbon capture technologies |
— Absorption capture — Adsorption capture — Membranes capture — Solid cycles capture — Cryogenics capture — Direct air capture |
— Solvents optimised for carbon capture — Sorbents optimised for carbon capture — CO2 compressors |
|
Carbon storage technologies |
|
|
|
|
Electricity grid technologies |
Electricity grid technologies |
— Onshore substations — Offshore substations |
— Cables and lines for electricity transmission and distribution, and cables connecting net-zero technologies to the electricity grid (overhead lines, underground and undersea cables, including HVDC and HVAC) — Switchgears — Circuit breakers — Protection relays — Power transformers — Disconnectors — Insulators — Surge arrestors — Capacitors — Reactors — Busbar systems — Electric cabinets — Offshore substations — Inverters — Converters |
|
— Electricity transmission and distribution towers |
— Electricity transmission and distribution towers — Electrical conductors (including advanced conductors and high-temperature superconductors) — Insulators — Surge arrestors — Busbar systems |
||
|
— Cables, lines, and associated accessories, for electricity transmission and distribution, and cables connecting net-zero technologies to the electricity grid (overhead lines, underground and undersea cables, including HVDC and HVAC) |
— Cables and lines for electricity transmission and distribution, and cables connecting net-zero technologies to the electricity grid (overhead lines, underground and undersea cables, including HVDC and HVAC) — Cable accessories, including cable joints, cable terminations and connectors — Electrical conductors (including advanced conductors and high-temperature superconductors) — Insulators |
||
|
— Power transformers |
— Power transformers — Transformer cores — Transformer windings — Transformer tap changers |
||
|
Electric charging technologies for transport |
— Electric vehicle supply equipment — Electric road systems (3) — Shore-side electricity supply equipment — Overhead contact lines — Electric air transport supply equipment |
— Electric vehicle supply equipment — Electric vehicle charging connectors — Shore-side electricity supply equipment — Electric air transport supply equipment — Electric air transport charging connectors |
|
|
Technologies to digitalise the grid and other electricity grid technologies |
— High- and medium-voltage power electronics equipment and components (including DC technology) — Flexible alternating current transmission system (FACTS) technologies — Smart meters / advanced metering and control infrastructures |
— High- and medium-voltage power electronics equipment and components (including DC technology) — Flexible alternating current transmission system (FACTS) technologies — Substation automation systems — Smart meters / advanced metering and control infrastructures |
|
|
Nuclear fission energy technologies |
Nuclear fission energy technologies |
— Nuclear fission power plants |
— Control rods and other neutron poison systems — Core catcher — Control rod drive mechanisms — Fuel elements — Reactor vessels — Reactor internals — Coolant/moderator and related purification systems — Pressurisers — Reactor coolant pumps / gas circulators — Primary piping and valves — Steam turbines — Steam generators — Nuclear heat exchangers — Secondary system components — Safety systems — Monitoring, instrumentation and control systems — Refuelling machines — Nuclear measurement and detection systems — Other components subject to the nuclear safety codes and standards |
|
Nuclear fuel cycle technologies |
— Nuclear fuel cycles |
— Centrifuges — Gas handling and flow control systems — Chemical processing equipment — Waste vitrification equipment — Transportation, storage and disposal cylinders, containers and casks — Heavy water — Safety systems — Monitoring, instrumentation and control systems — Other components subject to the nuclear safety codes and standards |
|
|
Sustainable alternative fuels technologies |
Sustainable alternative fuels technologies |
— Sustainable alternative fuels plants |
— Catalysts for sustainable alternative fuels production — Enzymes and microorganisms for sustainable alternative fuels production — Thermochemical, electrochemical, chemical, and biochemical / biological reactors to convert biomass, recycled carbon fuels into bio-intermediates and/or syngas — Reactors and post-treatment units to convert bio-intermediates and/or syngas and recycled carbon fuels into sustainable alternative fuels |
|
Hydropower technologies |
Hydropower technologies |
— Hydro turbine systems |
— Hydro turbine runners — Distributor with guide vanes — Large hydro butterfly valves — Large hydrospherical valves — Large hydro hollow-jet discharge valves |
|
Other renewable energy technologies |
Osmotic energy technologies |
|
|
|
Ambient energy technologies (other than heat pumps) |
|
|
|
|
Biomass technologies |
— Pellet mills — Briquetting presses |
— Pellet dies — Briquetting compaction chambers |
|
|
Landfill gas technologies |
|
|
|
|
Sewage treatment plant gas technologies |
|
|
|
|
Other renewable energy technologies |
|
|
|
|
Energy system-related energy efficiency technologies |
Energy system-related energy efficiency technologies |
— Energy management systems (EMS) — Building automation systems (BAS) — Automated demand response (ADR) — Variable speed drives — Organic Rankine cycle (ORC) power systems |
— EMS — BAS — ADR — Variable speed drives — ORC turbines |
|
Heat and cold grid technologies |
— Heating and cooling distribution system pipework |
— Pipe fitters and couplers |
|
|
Other energy system-related energy efficiency technologies |
|
|
|
|
Renewable fuels of non-biological origin |
Renewable fuels of non-biological origin (RFNBO) technologies |
— RFNBO plants |
— Reactors to convert H2 and CO2 or N2 into syngas or alcohols — Reactors to convert syngas or alcohols into RFNBO — Catalysts, enzymes and microorganisms for RFNBO production |
|
Biotech climate and energy solutions |
Biotech climate and energy solutions |
— Microorganisms and microbial strains (including but not limited to bacteria, yeasts, microalgae, fungi, and archaea) that are used to pretreat and convert feedstock into biofuels, recycled carbon fuels and renewable fuels, bio-based and recycled carbon chemicals, biopolymers bio-based materials and bio-based products — Enzymes (including but not limited to amylase and cellulase) that are used to pretreat and convert feedstock into biofuels, bio-based chemicals, bio-based materials and bio-based products, or that are used to catalyse reactions in chemical processes — Biopolymers |
— Microorganisms and microbial strains (including but not limited to bacteria, yeasts, microalgae, fungi, and archaea) that are used to pretreat and convert feedstock into biofuels, recycled carbon fuels and renewable fuels, bio-based and recycled carbon chemicals, biopolymers bio-based materials and bio-based products — Enzymes (including but not limited to amylase and cellulase) that are used to pretreat and convert feedstock into biofuels, bio-based chemicals, bio-based materials and bio-based products, or that are used to catalyse reactions in chemical processes — Biopolymers |
|
Transformative industrial technologies for decarbonisation |
Transformative industrial technologies for decarbonisation |
— Electric arc furnaces — Hydrogen-ready direct-reduced iron reactors — Submerged arc furnaces — Open slag bath furnaces — Flash calciners — Industrial electric boilers — Industrial induction heaters / furnaces (4) — Industrial infrared heaters / furnaces — Industrial microwave heaters / furnaces — Industrial radio-wave heaters / furnaces — Industrial resistive heaters / furnaces |
— Graphite or carbon electrodes for electric furnaces — Flash calciners — Industrial electric boilers — Industrial induction heaters / furnaces — Industrial induction coils — Industrial infrared heaters / furnaces — Industrial infrared emitters — Industrial microwave heaters / furnaces — Industrial magnetrons — Industrial radio-wave heaters / furnaces — Radio frequency generators — Industrial resistive heaters / furnaces — Molybdenum electrodes for electric furnaces |
|
CO2 transport and utilisation technologies |
CO2 transport technologies |
— CO2 transport infrastructure |
— CO2 compressors |
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CO2 utilisation technologies |
— Thermochemical utilisation — Electrochemical utilisation |
— Catalysts tailored for CO2 conversion processes — CO2 electrolysers |
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Wind and electric propulsion technologies for transport |
Wind propulsion technologies |
— Flettner rotors — Suction wing sails — Towing kites — Rigid and semi-rigid wing sails |
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Electric propulsion technologies |
— Electric propulsion systems for road and off-road transport — Electric propulsion systems for rail transport — Electric propulsion systems for waterborne transport — Electric propulsion systems for air transport |
— Transport propulsion electric motors — Permanent magnets of transport electric motors — Transport battery packs — Transport fuel cells — Transport inverters — Electric propulsion high voltage power distribution units — Onboard chargers — Charge ports — Onboard hydrogen storages tanks — Current collectors (including pantographs) |
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Other nuclear technologies |
Other nuclear technologies (such as nuclear fusion technologies) |
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(1)
The term ‘equivalent’ refers to similar steps or key enabling technologies needed for thin-film, organic, tandem or other PV technologies.
(2)
Batteries as defined in Article 3(13), (14) and (15) of Regulation (EU) 2023/1542 of the European Parliament and of the Council of 12 July 2023 concerning batteries and waste batteries.
(3)
The term ‘electric road system’ (also known as dynamic charging) refers to equipment along the road that supplies power to vehicles while they are in motion. That final product includes both conductive and inductive charging.
(4)
The term ‘heater’ refers to low (up to 200 °C) and medium (200 to 500 °C) temperature applications. The term ‘furnace’ refers to high (500 to 1 000 °C) and very high (above 1 000 °C) temperature applications. |
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( ) Council Directive 2003/96/EC of 27 October 2003 restructuring the Community framework for the taxation of energy products and electricity (OJ L 283, 31.10.2003, p. 51).
( ) Directive 2009/81/EC of the European Parliament and of the Council of 13 July 2009 on the coordination of procedures for the award of certain works contracts, supply contracts and service contracts by contracting authorities or entities in the fields of defence and security, and amending Directives 2004/17/EC and 2004/18/EC (OJ L 216, 20.8.2009, p. 76).
( ) Directive 2001/42/EC of the European Parliament and of the Council of 27 June 2001 on the assessment of the effects of certain plans and programmes on the environment (OJ L 197, 21.7.2001, p. 30).
( ) Directive 2014/89/EU of the European Parliament and of the Council of 23 July 2014 establishing a framework for maritime spatial planning (OJ L 257, 28.8.2014, p. 135).
( ) Directive (EU) 2023/2413 of the European Parliament and of the Council of 18 October 2023 amending Directive (EU) 2018/2001, Regulation (EU) 2018/1999 and Directive 98/70/EC as regards the promotion of energy from renewable sources, and repealing Council Directive (EU) 2015/652 (OJ L, 2023/2413, 31.10.2023, ELI: http://data.europa.eu/eli/dir/2023/2413/oj).
( ) Directive 94/22/EC of the European Parliament and of the Council of 30 May 1994 on the conditions for granting and using authorizations for the prospection, exploration and production of hydrocarbons (OJ L 164, 30.6.1994, p. 3).
( ) Regulation (EU) No 952/2013 of the European Parliament and of the Council of 9 October 2013 laying down the Union Customs Code (OJ L 269, 10.10.2013, p. 1).
( ) Regulation (EU) 2023/955 of the European Parliament and of the Council of 10 May 2023 establishing a Social Climate Fund and amending Regulation (EU) 2021/1060 (OJ L 130, 16.5.2023, p. 1).
( ) Regulation (EU) 2016/589 of the European Parliament and of the Council of 13 April 2016 on a European network of employment services (EURES), workers' access to mobility services and the further integration of labour markets, and amending Regulations (EU) No 492/2011 and (EU) No 1296/2013 (OJ L 107, 22.4.2016, p. 1).
( ) Council Decision 71/306/EEC of 26 July 1971 setting up an Advisory Committee for Public Works Contracts (OJ L 185, 16.8.1971, p. 15).
( *1 ) Regulation (EU) 2024/1735 of the European Parliament and of the Council of 13 June 2024 on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724 (OJ L, 2024/1735, 28.6.2024, ELI: http://data.europa.eu/eli/reg/2024/1735/oj).’