SciTransfer
Organization

ASSOCIATION DE PREFIGURATION DE L INSTITUT D'EXCELLENCE DES ENERGIES DECARBONEES (IEED) FRANCE ENERGIES MARINES

French research institute specialising in ocean energy — tidal and wave power design tools, techno-economic analysis, and marine deployment engineering.

Research instituteenergyFRNo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€1.4M
Unique partners
39
What they do

Their core work

France Energies Marines is a French research institute dedicated to marine renewable energy, with a specific focus on ocean energy systems including wave and tidal power. They develop design tools, techno-economic models, and engineering methodologies to accelerate the development and deployment of ocean energy devices and arrays. Their work spans the full technology development cycle — from structured stage-gate innovation management to lifetime extension of tidal energy infrastructure in harsh marine environments.

Core expertise

What they specialise in

Ocean energy design tools and systems modellingprimary
1 project

DTOceanPlus focused on advanced design tools for ocean energy systems covering sub-systems, devices, and arrays.

Tidal energy technology and lifetime extensionprimary
2 projects

ELEMENT addressed tidal turbine lifetime extension in marine environments; DTOceanPlus also covered tidal energy device design.

Wave energy systemssecondary
1 project

DTOceanPlus explicitly included wave energy alongside tidal in its scope of sub-systems and arrays.

Ocean energy policy and implementation planningsecondary
1 project

OceanSET supported the realisation of the Ocean Energy Implementation Plan under the EU SET-Plan.

Techno-economic analysis for marine renewablessecondary
1 project

DTOceanPlus included open-source techno-economic analysis as a core deliverable.

Evolution & trajectory

How they've shifted over time

Early focus
Ocean energy design tools
Recent focus
Tidal energy deployment

With only three projects spanning 2018–2023, the evolution window is narrow but still shows a discernible shift. Early work (DTOceanPlus, 2018) centred on broad ocean energy design tools covering both wave and tidal systems, with emphasis on structured innovation processes and stage-gate management. Later projects (ELEMENT, OceanSET, both from 2019) narrowed toward tidal energy specifically and toward policy implementation, suggesting a move from general tool-building toward applied tidal deployment and sector governance.

France Energies Marines appears to be narrowing from broad ocean energy R&D toward tidal-specific technology maturation and real-world deployment challenges.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European13 countries collaborated

France Energies Marines participates exclusively as a consortium partner — they have not coordinated any H2020 projects. Across three projects they have worked with 39 unique partners in 13 countries, indicating they plug into large, multi-national consortia rather than leading small teams. This profile suggests a reliable technical contributor that brings deep marine energy expertise to larger collaborative efforts without seeking the administrative burden of coordination.

Despite only three projects, they have built a network spanning 39 partners across 13 countries, reflecting the large consortium sizes typical of ocean energy programmes. Their geographic reach covers a broad European footprint, consistent with France's position as a major player in marine renewable energy.

Why partner with them

What sets them apart

France Energies Marines is one of very few European research centres exclusively dedicated to marine renewable energy, giving them deep domain specialisation that generalist energy labs cannot match. Their combination of open-source design tools, techno-economic modelling, and hands-on tidal engineering expertise makes them a natural partner for anyone working on ocean energy commercialisation. Based in Plouzane (Brittany), they sit at the heart of France's marine energy testing infrastructure, close to major tidal and wave resource sites.

Notable projects

Highlights from their portfolio

  • DTOceanPlus
    Their largest H2020 contribution (EUR 1M), developing open-source design tools that cover the full ocean energy technology lifecycle from sub-systems to arrays.
  • ELEMENT
    Addresses the critical real-world challenge of tidal turbine durability in harsh marine conditions — a key barrier to commercial viability of tidal power.
Cross-sector capabilities
Marine environment and offshore engineeringEnvironmental impact assessment for marine infrastructureOpen-source software and modelling toolsRenewable energy policy and SET-Plan implementation
Analysis note: Profile based on only 3 H2020 projects over a narrow 2018-2023 window. The organisation likely has significant national and bilateral research activity not captured in this dataset. Confidence is moderate-low due to limited project count, though the thematic consistency across all three projects gives reasonable certainty about their core expertise in ocean energy.