Core participant in both H2ME and H2ME 2, Europe's flagship hydrogen mobility deployment projects covering FCEV rollout and consumer adoption.
Nissan Motor Manufacturing (UK) Limited
UK automotive manufacturing giant contributing hydrogen vehicle deployment, energy storage testing, and industrial-scale validation to European clean mobility projects.
Their core work
Nissan's Sunderland plant is one of the largest car manufacturing facilities in the UK, and within H2020 it has focused specifically on hydrogen mobility and energy storage integration. The facility serves as an industrial testbed for fuel cell electric vehicles (FCEVs), hydrogen refuelling infrastructure, and local energy storage systems tied to grid balancing. Their participation brings real-world automotive manufacturing scale and vehicle fleet deployment data to European hydrogen and clean energy projects.
What they specialise in
H2ME and H2ME 2 both address hydrogen station network buildout and commercialisation across Europe.
ELSA focused on local energy storage systems, while H2ME 2 keywords include grid balancing and energy storage applications.
COMPASS project developed competitive auxiliary power units based on metal-supported solid oxide fuel cell stack technology.
H2ME explicitly tracked TCO and LCA metrics for hydrogen vehicles and infrastructure.
How they've shifted over time
Early projects (2015–2016) centred on hydrogen vehicle commercialisation, building refuelling station networks, and understanding consumer behaviour and adoption barriers — essentially the first wave of getting FCEVs on European roads. The later phase shifted toward next-generation fuel cell solutions, high-utilisation scenarios, and the energy system side — grid balancing and energy storage — suggesting a move from pure vehicle deployment toward vehicle-to-grid integration. This evolution mirrors the broader hydrogen sector's maturation from demonstration to system-level thinking.
Nissan Sunderland is moving from hydrogen vehicle deployment toward vehicle-grid integration, positioning itself at the intersection of automotive manufacturing and energy systems.
How they like to work
NMUK consistently joins as a participant or third party — never as coordinator — which is typical for a large industrial partner contributing manufacturing expertise and real-world deployment sites rather than leading research agendas. With 82 unique partners across 13 countries from just 4 projects, they operate in very large consortia (20+ partners per project on average). This signals an organisation comfortable in major European flagship deployments where its role is to provide industrial-scale validation.
Despite only 4 projects, NMUK has collaborated with 82 distinct partners across 13 countries, reflecting the massive scale of the H2ME hydrogen mobility consortia. Their network spans most major EU automotive and hydrogen nations.
What sets them apart
NMUK brings something rare to hydrogen projects: an actual large-scale automotive manufacturing plant where concepts can be tested against real production logistics and fleet operations. Unlike research labs or consultancies, they can validate hydrogen vehicle integration at factory scale in Sunderland — one of the UK's largest car plants. For consortium builders, they offer credibility with industry and a physical demonstration site that strengthens any proposal's exploitation plan.
Highlights from their portfolio
- H2MEOne of Europe's largest hydrogen mobility demonstration projects, deploying FCEVs and refuelling stations across multiple countries with a consortium of 40+ partners.
- ELSAExplored second-life EV batteries for local energy storage — directly connecting automotive manufacturing to grid-level energy management.
- COMPASSThe only project where NMUK received direct EC funding (EUR 581K), focused on solid oxide fuel cell auxiliary power units — a more specialised technology play.