Coordinated ROMEO (O&M decision tools, IoT monitoring) and FLAGSHIP (floating wind optimization), and participated in PROMOTION (offshore transmission networks).
IBERDROLA RENOVABLES ENERGIA SA
Major Spanish wind energy company leading offshore wind demonstration, O&M optimization, and floating turbine commercialization in EU research.
Their core work
Iberdrola Renovables Energía is the renewable energy subsidiary of Iberdrola Group, one of Spain's largest utilities and a global leader in wind power. Within H2020, they focus on offshore wind energy — from HVDC transmission networks and operations & maintenance optimization to floating offshore wind demonstration at commercial scale. They bring real-world operational experience from managing large wind farms, contributing industrial-grade testing, monitoring systems, and cost-reduction strategies to EU research consortia.
What they specialise in
Coordinated FLAGSHIP, a large-scale demonstration of floating offshore wind with 10MW turbines aimed at commercial LCoE reduction.
Participated in PROMOTION, focused on meshed HVDC grids, protection systems, and diode rectifier converters for North Sea wind power.
Participated in HPC4E (HPC for wind energy and geophysics simulations) and ENERXICO (supercomputing and energy for Mexico).
Participated in NextGEMS, contributing renewable energy perspectives to next-generation climate modelling systems.
How they've shifted over time
In their early H2020 phase (2015–2017), Iberdrola Renovables focused on foundational offshore infrastructure — HVDC transmission networks for the North Sea, HPC simulations for wind energy, and grid integration challenges. From 2019 onward, their focus shifted decisively toward commercial deployment: floating offshore wind demonstration, LCoE optimization, and industrialization of offshore technologies. A parallel interest in climate science emerged through NextGEMS, suggesting they are building capability to integrate climate projections into long-term energy asset planning.
They are moving from research participation toward leading industrial demonstration of next-generation offshore wind, particularly floating platforms — expect future work on deep-water deployment and cost reduction at scale.
How they like to work
Iberdrola Renovables operates as both a project leader and a strategic partner, coordinating 2 of their 6 projects (ROMEO and FLAGSHIP — both their largest by funding). With 114 unique consortium partners across 18 countries, they engage in large, multi-national consortia rather than small teams. Their coordination of high-budget demonstration projects signals they are comfortable leading complex industrial validation efforts and providing real-world test infrastructure.
They have collaborated with 114 unique partners across 18 countries, indicating a broad European network with strong connections to the North Sea offshore wind ecosystem (given PROMOTION and FLAGSHIP). Their HPC and climate projects also extend their network into computational science and earth system research communities.
What sets them apart
As part of the Iberdrola Group — one of the world's largest wind energy operators — they bring something most research partners cannot: real offshore wind farms to test and validate technologies at industrial scale. Their progression from grid research to floating wind demonstration shows they are not just participating in EU research but actively using it to prepare commercial deployment. For any consortium needing an industrial end-user with actual offshore assets and operational data, they are a highly credible partner.
Highlights from their portfolio
- FLAGSHIPLargest project by funding (EUR 1.48M), coordinated by IRE — a flagship demonstration of floating offshore wind with 10MW turbines targeting commercial viability.
- ROMEOCoordinated by IRE with EUR 1.05M funding, developing IoT-based O&M management platforms and condition monitoring to reduce offshore wind lifecycle costs.
- PROMOTIONMajor multi-partner initiative on meshed HVDC offshore transmission — foundational infrastructure work for North Sea wind power at scale.