H2ME and H2ME 2 represent their largest H2020 investments (EUR 4.5M combined), covering fuel cell vehicle deployment, hydrogen refueling stations, and grid balancing.
MERCEDES-BENZ AG
German automotive OEM contributing vehicle-level integration, testing, and validation across hydrogen mobility, electric powertrains, and automated driving in EU research.
Their core work
Mercedes-Benz AG is a major German automotive manufacturer headquartered in Stuttgart, actively investing in the transition toward electric, automated, and hydrogen-powered vehicles. In H2020, they contributed engineering expertise across hydrogen fuel cell vehicle deployment, autonomous driving systems, electric powertrain development, and advanced vehicle safety. Their participation spans the full innovation chain — from semiconductor-level component research to large-scale hydrogen mobility infrastructure rollout across Europe.
What they specialise in
DENSE (as coordinator), AutoDrive, L3Pilot, and AI4CSM cover autonomous driving from environmental sensing to fail-safe architectures and connected mobility.
1000kmPLUS, LIBERTY, and HiEFFICIENT address fast charging, lightweight batteries, wide band-gap semiconductors, and efficient electric drivetrains.
OSCCAR focused on future crash scenarios specific to automated driving, including omnidirectional human body modeling and virtual safety assessment.
WE-TRANSFORM explored labour restructuring, skills adaptation, and social debate around automation in the transport sector.
How they've shifted over time
In the early phase (2015–2018), Mercedes-Benz focused heavily on hydrogen mobility infrastructure — deploying fuel cell vehicles, expanding refueling networks, and studying consumer adoption and total cost of ownership. From 2019 onward, the emphasis shifted decisively toward electrification (battery systems, fast charging, energy management) and intelligent vehicle systems (connected mobility, embedded computing, wide band-gap semiconductors). This mirrors the broader automotive industry pivot from hydrogen experimentation toward battery-electric vehicles as the dominant zero-emission pathway.
Mercedes-Benz is consolidating around battery-electric powertrains and AI-driven connected mobility, making them a strong partner for projects in EV components, autonomous systems, and smart vehicle integration.
How they like to work
Mercedes-Benz overwhelmingly participates as a consortium partner (10 of 11 projects), coordinating only once (DENSE). Their 270 unique partners across 31 countries indicate they operate as a high-connectivity hub rather than a closed network. This makes them an accessible partner for large consortia — they bring industrial credibility and real-world vehicle testing capacity without demanding the coordination lead.
With 270 unique consortium partners across 31 countries, Mercedes-Benz has one of the broadest collaboration networks among automotive OEMs in H2020. Their reach spans nearly all EU member states, reflecting participation in pan-European demonstration and piloting projects.
What sets them apart
Mercedes-Benz brings something few partners can offer: the ability to validate research outputs in real production vehicles at scale. Unlike tier-2 suppliers or research institutes, they sit at the top of the automotive value chain and can pull innovations from TRL 4-5 into actual vehicle platforms. For any consortium needing an OEM end-user to demonstrate market relevance, Mercedes-Benz is a high-credibility anchor partner.
Highlights from their portfolio
- H2ME 2Their largest single EU funding (EUR 2.5M) — a flagship hydrogen mobility deployment spanning fuel cell vehicles and refueling infrastructure across Europe.
- DENSETheir only coordinator role in H2020, focused on adverse weather sensing for autonomous driving — signals a strategic bet on environmental perception technology.
- AI4CSMTheir most recent project (2021–2025) combining AI, connected mobility, embedded computing, and zero-pollution propulsion — represents their current R&D direction.