SciTransfer
Organization

FUNDACION CENER

Spain's national renewable energy centre specializing in solar CSP, wind farm control, advanced biofuels, and energy system integration across 39 H2020 projects.

Research instituteenergyESSME
H2020 projects
39
As coordinator
6
Total EC funding
€17.1M
Unique partners
523
What they do

Their core work

CENER is Spain's National Renewable Energy Centre, a research and technology organization focused on applied R&D in solar energy (both CSP and PV), wind energy, bioenergy, and energy storage. They develop and test renewable energy technologies — from molten salt solar power plants and wind farm control systems to advanced biofuels and biomass conversion processes. CENER also operates research infrastructure for offshore renewables testing and provides technical services including solar resource forecasting, energy system integration studies, and smart city energy planning. Their work bridges the gap between laboratory research and industrial deployment across multiple renewable energy technologies.

Core expertise

What they specialise in

Concentrated Solar Power (CSP) and solar thermal systemsprimary
5 projects

Led the CAPTure project on solar power towers and contributed to PreFlexMS (molten salt storage), MOSAIC (modular CSP), INSHIP (solar heat for industry), and SOLAR-TRAIN (PV lifetime forecasting).

Wind energy control and offshore windprimary
4 projects

Coordinated CL-Windcon on closed-loop wind farm control and participated in SETWIND, FarmConners, and MARINET2 for offshore renewable energy infrastructure.

Advanced biofuels and biomass conversionprimary
6 projects

Worked on bio-butanol (ButaNexT), biojet fuel for aviation (BIO4A), hydrothermal liquefaction (NextGenRoadFuels), chemical looping gasification (CLARA), and biorefinery concepts (BIOrescue as coordinator, Ambition).

4 projects

Contributed to STORY (distribution-level storage), CryoHub (cryogenic energy storage), OSMOSE (system flexibility solutions), and P2P-SmarTest (smart energy distribution).

Circular bioeconomy and waste-to-valuesecondary
3 projects

Participated in SCALIBUR (bio-urban waste recovery including bioplastics and proteins), PERCAL (MSW biorefinery), and RESLAG (steel waste valorization).

Smart cities and integrated energy systemsemerging
2 projects

Coordinated STARDUST — their largest H2020 project (EUR 1.5M) — on integrated urban energy models, and contributed to SustaiNAVility on regional sustainable energy.

Evolution & trajectory

How they've shifted over time

Early focus
Solar thermal and biofuel production
Recent focus
Energy system integration and decarbonization

In the early period (2015-2018), CENER concentrated heavily on specific renewable energy hardware: molten salt CSP plants, solar power tower engineering, bio-butanol production from lignocellulosic feedstocks, and wind turbine control systems. From 2018 onwards, their focus shifted toward energy system integration — grid flexibility, energy transition market design, sustainable aviation fuels, CO2 capture membranes, and circular economy approaches to waste. This reflects a move from component-level technology development to system-level energy transition challenges.

CENER is evolving from a renewable energy hardware developer into a systems integrator focused on flexibility, sector coupling, and sustainable fuel pathways — making them increasingly relevant for energy transition and decarbonization consortia.

Collaboration profile

How they like to work

Role: active_partnerReach: European33 countries collaborated

CENER primarily operates as an active participant (29 of 39 projects) but has demonstrated coordination capability in 6 projects, including their largest grant (STARDUST, EUR 1.5M). With 523 unique consortium partners across 33 countries, they maintain an exceptionally wide European network rather than relying on repeat partnerships. This breadth makes them a well-connected entry point into Southern European renewable energy ecosystems and a reliable technical partner who can integrate into diverse consortia.

CENER has collaborated with 523 distinct partners across 33 countries, indicating one of the broader networks among Spanish energy research centres. Their reach spans nearly all EU member states, with strong connections in Western and Southern European renewable energy research communities.

Why partner with them

What sets them apart

CENER stands out by combining deep expertise across three renewable energy pillars — solar, wind, and bioenergy — within a single organization, which is uncommon for a national energy centre of its size. Their trajectory from component testing to urban-scale energy integration (STARDUST) positions them to bridge technology demonstration and real-world deployment. For consortium builders, CENER offers a rare combination: they can contribute to solar CSP, wind farm optimization, and biofuel production within the same project, reducing the need for multiple specialized partners.

Notable projects

Highlights from their portfolio

  • STARDUST
    CENER's largest H2020 project (EUR 1.5M, coordinated) on integrated smart city energy models — signals their strategic move toward urban-scale system integration.
  • CAPTure
    Coordinated project on competitive solar power towers, directly aligned with CENER's core CSP expertise and Spain's solar resource advantage.
  • SCALIBUR
    Their second-largest grant (EUR 1.2M) in circular bioeconomy — covering bioplastics, proteins from waste, and new business models — showing cross-sector versatility beyond traditional renewables.
Cross-sector capabilities
Food & Agriculture (biorefinery, biomass conversion, agricultural residue valorization)Environment (waste-to-energy, circular economy, CO2 capture)Transport (sustainable aviation fuels, drop-in biofuels)Manufacturing (advanced membrane materials, industrial process heat)
Analysis note: Strong data basis with 39 projects and clear keyword evolution. Note: CENER is flagged as SME in the data, but it is actually a national research centre (foundation) — the SME flag may be a data classification artifact. 9 projects beyond the 30 shown were not analyzed, which may slightly underrepresent some expertise areas.