SciTransfer
Organization

THE EUROPEAN MARINE ENERGY CENTRE LIMITED

Europe's leading real-sea test centre for wave and tidal energy, expanding into marine hydrogen production and island decarbonisation.

Infrastructure providerenergyUKSME
H2020 projects
13
As coordinator
2
Total EC funding
€4.7M
Unique partners
171
What they do

Their core work

EMEC is the world's leading test and demonstration facility for wave and tidal energy technologies, based in Orkney, Scotland. They provide real-sea grid-connected test berths where developers can validate their marine energy devices under actual ocean conditions. Beyond testing, EMEC actively participates in hydrogen production from marine renewables and supports island decarbonisation efforts. They bridge the gap between prototype development and commercial deployment for the ocean energy sector.

Core expertise

What they specialise in

Tidal energy testing and demonstrationprimary
5 projects

Core focus across FloTEC, InToTidal, OCTARRAY, OCEAN_2G, and FORWARD-2030 covering tidal turbine arrays and commercialisation.

Wave energy device validationprimary
3 projects

CEFOW (full-scale WEC in real sea conditions), WaveBoost (reliability and PTO improvement), and MARINET2 (transnational test access).

Hydrogen from marine renewablessecondary
3 projects

BIG HIT (green hydrogen on islands), HEAVENN (hydrogen valley integration), and GREEN HYSLAND (hydrogen ecosystem deployment).

Island energy system decarbonisationemerging
3 projects

ISLANDER (island decarbonisation with storage and district heating), GREEN HYSLAND (Mallorca hydrogen ecosystem), and BIG HIT (isolated territory pilot).

Marine energy research infrastructureprimary
2 projects

MARINET2 and MARINERGI both focus on providing transnational access to marine renewable test facilities and joint research.

Evolution & trajectory

How they've shifted over time

Early focus
Wave and tidal device testing
Recent focus
Hydrogen integration and island decarbonisation

EMEC's early H2020 work (2015–2018) centred on wave and tidal device testing — validating individual wave energy converters in real sea conditions, improving reliability, and reducing levelised cost of energy. From 2019 onward, their focus shifted decisively toward hydrogen integration, sector coupling, and island-scale energy systems, reflecting the broader transition from proving marine energy devices to deploying them within integrated clean energy ecosystems. Their most recent and largest project (FORWARD-2030) signals a return to tidal energy at scale, now with a power-to-X dimension.

EMEC is evolving from a pure marine energy test centre into an integrated renewable hydrogen and island energy systems player, making them relevant for projects combining ocean energy with hydrogen and sector coupling.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: European20 countries collaborated

EMEC overwhelmingly operates as a participant (11 of 13 projects), contributing specialised test infrastructure and operational expertise rather than leading consortia. They coordinated only two projects (InToTidal and OCTARRAY), both focused on tidal demonstration — suggesting they lead when the work is centred on their own test sites. With 171 unique partners across 20 countries, they function as a well-connected hub in the marine energy community, attractive to diverse consortia seeking real-sea validation capabilities.

EMEC has collaborated with 171 distinct partners across 20 countries, giving them one of the broadest networks in European marine energy. Their partnerships span from ocean energy developers and universities to hydrogen technology providers and island communities.

Why partner with them

What sets them apart

EMEC is one of the very few organisations in Europe that can offer grid-connected, real-sea test berths for both wave and tidal devices — a capability that is extremely difficult and expensive to replicate. Their location in Orkney provides some of the most energetic tidal and wave resources in Europe, making test results highly credible. Their recent pivot into hydrogen production and island energy systems means they can now offer end-to-end validation from marine energy generation through to hydrogen conversion and local use.

Notable projects

Highlights from their portfolio

  • FORWARD-2030
    By far their largest EU grant (EUR 1.6M) and longest project (2021–2027), targeting deployment of 2030MW of tidal energy with power-to-X integration.
  • OCTARRAY
    One of only two projects EMEC coordinated, focused on scaling up tidal turbine pilot arrays — demonstrating their leadership in tidal deployment.
  • BIG HIT
    Pioneering green hydrogen production in an isolated island territory (Orkney), directly linking marine renewables to hydrogen — a model now being replicated elsewhere.
Cross-sector capabilities
Maritime and offshore infrastructureHydrogen production and distributionIsland and remote community energy systemsEnvironmental monitoring of marine installations
Analysis note: EMEC is exceptionally well-documented with 13 projects spanning the full H2020 period. The FORWARD-2030 project title references "2030MW" which likely refers to a target year (2030) rather than megawatts — interpreted as an ambitious deployment timeline target.