Central role in HYFLEXPOWER (power-to-X-to-power with hydrogen combustion), MultiPLHY (high-temperature electrolysis), and GREENH2ATLANTIC (100 MW large-scale electrolysis).
ENGIE ENERGIE SERVICES
Major French energy services company deploying industrial-scale green hydrogen, electrolysis, and smart city energy solutions across Europe.
Their core work
ENGIE Energie Services (operating as ENGIE Cofely) is a major French energy services company within the ENGIE Group, specializing in energy efficiency, district heating/cooling, and increasingly in green hydrogen production and deployment. In H2020 projects, they contribute large-scale industrial expertise in hydrogen electrolysis, hydrogen-powered transport, and smart city energy integration. They bring real-world energy infrastructure operation and business model development to research consortia, bridging the gap between pilot demonstrations and commercial-scale deployment.
What they specialise in
Participated in JIVE 2 (hydrogen fuel cell buses) and CoacHyfied (hydrogen-powered coaches for regional and long-distance transport).
Contributed to IRIS (co-creation in sustainable cities, energy storage, renewables integration) and mySMARTLife (smart city transformation with integrated planning).
HYFLEXPOWER focused on hydrogen as flexible energy storage with load levelling, and GREENH2ATLANTIC on smart sector integration for grid balancing.
Third-party involvement in OLGA (green airports with sustainable aviation fuels and multimodal transport).
How they've shifted over time
ENGIE Cofely's H2020 trajectory shows a clear pivot from smart city integration (2016-2018) to industrial-scale hydrogen (2020-2025). Early projects like mySMARTLife and IRIS focused on urban energy efficiency, renewable integration, and smart city platforms. From 2020 onward, the portfolio shifted decisively toward hydrogen — electrolysis at scale, hydrogen combustion for power, and hydrogen fuel cell transport — reflecting the company's strategic bet on hydrogen as a core business line.
ENGIE Cofely is scaling up hydrogen across the value chain — from production (electrolysis) to storage to end-use (transport, power) — positioning itself as a full-service hydrogen energy provider.
How they like to work
ENGIE Cofely never coordinates H2020 projects but participates as a substantial industrial partner, often bringing infrastructure and operational know-how. With 200 unique partners across 24 countries, they operate in large, diverse consortia typical of Innovation Action (IA) projects. Their role as a large corporate partner makes them a reliable anchor for consortia needing industrial credibility and real-world deployment sites.
Extensive European network spanning 200 unique partners across 24 countries, built through large Innovation Action consortia. Their connections span smart city municipalities, hydrogen technology developers, transport operators, and research institutions across Western and Southern Europe.
What sets them apart
As part of the ENGIE Group, one of Europe's largest energy companies, ENGIE Cofely brings industrial-scale deployment capacity that few H2020 partners can match — their projects involve 100 MW electrolysis plants and full power-to-X-to-power chains, not lab prototypes. They combine deep operational experience in energy services with a growing hydrogen portfolio, making them an ideal partner for projects that need to demonstrate commercial viability. For consortium builders, they offer access to real energy infrastructure, customer networks, and the financial backing to co-invest beyond EU funding.
Highlights from their portfolio
- HYFLEXPOWERLargest single EC contribution (EUR 3.8M) — a world-first demonstration of a full power-to-X-to-power cycle using hydrogen combustion in an industrial gas turbine.
- GREENH2ATLANTICEUR 2.8M contribution to a 100 MW green hydrogen production facility in Portugal, one of the largest electrolysis demonstrations in Europe.
- IRISEarliest substantial project showing their smart city roots — integrated energy solutions with co-creation and business model development across European cities.