ENGIE's central research lab providing industrial testing and validation for power generation, hydrogen, carbon capture, and grid flexibility technologies.
Laborelec is the central research laboratory of the ENGIE group, providing applied R&D and technical expertise for the electricity and energy sector. They specialize in power plant performance, grid flexibility, energy storage, and industrial decarbonization — testing and validating technologies from lab scale through to full demonstration. Their work spans materials testing for cooling systems, battery integration for electric vehicles, carbon capture processes, and digital tools for energy management. As a private industrial lab, they bridge the gap between fundamental research and deployment in real power generation and distribution infrastructure.
Projects FLEXnCONFU (power-to-X for combined cycle plants), CO2OLHEAT (supercritical CO2 cycles), LEILAC2 (carbon capture for cement/lime), MATChING (cooling systems), Biofficiency (biomass CHP), and ECo (co-electrolysis) all center on making power generation cleaner and more flexible.
GREENH2ATLANTIC (100 MW green hydrogen), FLEXnCONFU (power-to-hydrogen/ammonia combustion), CONDOR (solar fuels via artificial photosynthesis), and ECo (co-electrolysis for energy storage) demonstrate deep involvement in hydrogen value chains.
FORWARD-2030 (tidal energy, largest single funding at EUR 4.3M), PowerKite (subsea tidal kite), HIPERION (hybrid photovoltaics), and MUSE GRIDS (smart multi-energy systems) cover marine, solar, and integrated renewables.
MORE (machine learning for real-time energy data), PLATOON (digital energy platform), AquaSPICE (digital twin for water systems), and STARGATE (digital twin for sustainable airports) show growing digital competence applied to energy domains.
DESTINY (microwave firing for cement/ceramic/steel), LEILAC2 (low-emission cement production), and BIOCONCO2 (CO2 bioconversion from steel industry) target hard-to-abate industrial emissions.
ACES (concrete ageing in nuclear structures) and NUCOBAM (additive manufacturing for nuclear components) indicate expanding capability in nuclear engineering assessment.
In the early period (2016–2019), Laborelec focused on established energy technologies — biomass CHP, power plant materials, battery systems for electric vehicles, and fast-charging infrastructure for urban heavy-duty transport. From 2019 onward, their portfolio shifted decisively toward decarbonization and sector coupling: power-to-X pathways (hydrogen, ammonia), carbon capture (CCUS), digital twins for energy management, and renewable fuels like solar syngas. The move from optimizing conventional power systems to enabling the energy transition is unmistakable.
Laborelec is pivoting hard toward hydrogen, ammonia combustion, CCUS, and digital energy management — positioning itself as a testing and validation partner for the full energy transition toolkit.
Laborelec never coordinates H2020 projects but is a consistent, reliable consortium partner — participating in 22 projects and contributing as a third party in 4 more. With 452 unique partners across 34 countries, they operate as a highly connected node in European energy research, bringing industrial testing infrastructure rather than project leadership. Their preference for Innovation Actions (19 out of 26 projects) signals they focus on demonstration and near-market validation rather than early-stage research.
An exceptionally well-connected organization with 452 unique consortium partners across 34 countries, giving them one of the broadest collaborative networks in European energy R&D. Their partnerships span utilities, universities, equipment manufacturers, and SMEs across virtually all EU member states.
Laborelec offers something rare: an industrial-grade testing and validation laboratory backed by one of Europe's largest energy companies (ENGIE), yet actively embedded in collaborative EU research. Unlike universities that lack industrial infrastructure or companies that keep R&D proprietary, Laborelec can test technologies under real operational conditions and feed results back into consortium work. For anyone building a consortium that needs credible, industry-relevant demonstration and testing — especially in power generation, grid flexibility, or hydrogen — Laborelec is a proven partner with the facilities and track record to deliver.
