Central to LIFES 50plus (floating substructures), TotalControl (wind farm optimization), STEP4WIND (floating wind design), FarmConners (wind farm control), and TWIND (offshore wind twinning).
OFFSHORE RENEWABLE ENERGY CATAPULT
UK national centre for offshore wind and tidal energy R&D, providing industrial-scale testing and applied research across the full offshore renewables lifecycle.
Their core work
The Offshore Renewable Energy Catapult (formerly NAREC) is the UK's national innovation centre for offshore wind, wave, and tidal energy. They operate large-scale testing infrastructure and provide applied R&D services to help the offshore renewables industry reduce costs, improve reliability, and accelerate technology deployment. Their work spans turbine blade testing, floating wind substructure qualification, tidal array demonstration, and wind farm control optimization — bridging the gap between academic research and commercial-scale offshore energy generation.
What they specialise in
EnFAIT demonstrated real-world tidal arrays, ELEMENT focused on tidal turbine lifetime extension, and MARINET2 provided marine energy test infrastructure access.
LIFES 50plus qualified floating substructures for 10MW turbines; STEP4WIND advanced floating wind farm design, production, and operation approaches.
MARINET2 provided transnational access to marine energy testing facilities; their Catapult status means they operate national-scale test rigs.
Carbo4Power developed next-generation turbine blades using hybrid nano-enabled multi-material architectures.
TotalControl and FarmConners both targeted wind farm-level control strategies to reduce levelised cost of energy and O&M costs.
How they've shifted over time
In their early H2020 period (2015–2018), the Catapult focused broadly across the offshore renewables spectrum — tidal turbines, marine test infrastructure, and initial floating wind work. From 2019 onward, a clear shift emerged toward floating offshore wind (STEP4WIND), advanced materials (Carbo4Power), and operational optimization, reflecting the industry's maturation from demonstration to cost reduction. The tidal energy thread continued but the centre of gravity moved decisively toward wind, particularly floating concepts and system-level engineering.
Moving toward floating offshore wind system engineering and operational cost reduction — expect future work in deep-water wind farms and digital twin applications for O&M.
How they like to work
The Catapult operates exclusively as a consortium partner, never as coordinator in H2020 — consistent with their role as an applied R&D centre that brings testing capability and industry expertise rather than academic leadership. With 131 unique partners across 20 countries, they are a well-connected hub, not a captive partner of any single network. Their participation across RIA, IA, CSA, and MSCA schemes shows versatility — they contribute to fundamental research, demonstration projects, and training networks alike.
Extensively networked across 20 countries with 131 distinct consortium partners, indicating a central position in Europe's offshore energy research ecosystem. Strong ties to both academic institutions (via MSCA training networks) and industry players (via innovation actions).
What sets them apart
As the UK's designated Catapult centre for offshore renewables, they occupy a unique position between academia and industry — they have industrial-scale test facilities that universities cannot match, combined with research depth that commercial firms rarely maintain. Their dual expertise in both wind and tidal energy is uncommon; most organisations specialise in one. For any consortium needing credible, industry-facing validation of offshore energy technology, they are a natural choice with pre-existing relationships across the European offshore sector.
Highlights from their portfolio
- EnFAITLargest single EC contribution (EUR 1.5M) — a flagship tidal array demonstration project running six years, proving real-world tidal energy viability.
- STEP4WINDTheir most recent major project (EUR 744K), targeting the full lifecycle of floating wind farms from design through operation — signals their strategic direction.
- MARINET2Pan-European marine energy infrastructure network providing transnational access to testing facilities — positions the Catapult as a key node in Europe's research infrastructure.