Innovation Fund Large Scale Projects - Innovative electrification in industry and hydrogen
The objective of this topic is to support projects on innovative electrification in industry and innovative hydrogen production and use, in support of the 2030 targets for renewable hydrogen established in the REPowerEU Action Plan, and to decrease the use of and dependency on imported fossil fuels.
The following activities can be funded under this topic (industry is defined as the activities listed in Annex I of the EU ETS Directive 2003/873):
A. Activities that support the innovative direct electrification of industry replacing conventional fossil fuels use, both in sector-specific and cross-sectoral uses.
B. Activities that support innovative hydrogen production and applications (i.e. hydrogen use as an energy carrier, or hydrogen as a reducing agent, or as a feedstock) in industry.
Targeted activities are:
B.1 those where the main innovation lies in the use of hydrogen in industrial applications. As the focus in this topic is to reduce the use of and the dependence on fossil fuels, the use of fossil fuel-based hydrogen is excluded from this topic.
B.2 those where the main innovation lies in renewable hydrogen production and production of hydrogen-derived renewable fuels (i.e. renewable fuels of non-biological origin) and feed-stocks.
Projects can include either one or both of the activities described under B.1 and B.2.
Innovation in hydrogen transport or storage as a part of an integrated hydrogen project with renewable hydrogen production can also be funded. This approach should facilitate the development of projects that cover several aspects of the hydrogen supply chain.
Innovation in renewable hydrogen production for industrial use is targeted but hydrogen production can also be funded if renewable hydrogen produced is destined for use in buildings or transport or in several sectors as it helps to develop supply side and provides flexibility for suppliers to look for potential off-takers.
Excluded activities: projects whose main innovation lies solely in hydrogen use in transport or buildings or power generation or combined power and heat or storage) .
- Eligible countries : as described in the call document .
EU Member States, Norway or Iceland (see section 6 of the call document )
- Eligibility and admissibility conditions: as described in the call document .
Described in section 5 and 6 of the call document
Proposal page limits and layout:
See instructions in section 5 of the call document and in Application Form Part B
(downloadable from SEP Submission system under "Part B templates").
Evaluation criteria, scoring, threshold and process are described in the call document .
Described in sections 8 and 9 of the call document
- Indicative timetable for evaluation and grant agreement: .
Described in section 4 of the call document
- Documents and proposal templates:
- Call document - UPDATED (version 1.2 - 24 February 2023)
- Methodology for calculation of GHG emission avoidance
- Methodology for calculation of relevant costs Standard proposal template:
- Application form (downloadable from SEP Submission system under "Part B templates")
- Detailed budget table/relevant cost calculator Tools and guidance to support the calculation of GHG emission avoidance potential:
- GHG calculator: Renewable electricity and renewable heating - includes an example calculation - UPDATED (version 6.0 - 3 February 2023)
- GHG calculator: Energy storage - includes an example calculation - UPDATED (version 7.0 - 3 February 2023)
- GHG calculator: Energy intensive industries - includes 3 examples calculation (Production of green hydrogen, e-fuels, methanol) - UPDATED (version 4.0 - 3 February 2023) Knowledge sharing:
- Knowledge sharing report template - for information only at submission stage Model Grant Agreement (MGA):
- Mono/Multi-beneficiary Model Grant Agreement Legal basis:
- Legal basis Innovation Fund
- Legal basis call for proposals C(2022)7547 and Annex
- Decision on lump sums for the Innovation Fund