INN-BALANCE (2017–2021) focused specifically on reducing cost and improving manufacturability of balance-of-plant components in automotive PEM fuel cell systems.
CHINA-EURO VEHICLE TECHNOLOGY AKTIEBOLAG
Swedish-Chinese automotive R&D company specialising in hydrogen fuel cell components and cybersecurity for automated vehicles.
Their core work
China-Euro Vehicle Technology (CEVT) is a Gothenburg-based automotive R&D company operating at the intersection of Chinese and European vehicle development. Their H2020 work shows two distinct technical tracks: improving the cost and manufacturability of balance-of-plant components in automotive hydrogen fuel cell systems, and addressing cybersecurity requirements in cross-domain automated vehicle systems. As a private company rather than a research institute, they bring an industrial lens — cost-effectiveness and manufacturing feasibility — to deep technical problems. Their dual EU project profile suggests they are an active technology development partner within European automotive consortia, contributing engineering and industry perspective alongside academic and supplier partners.
What they specialise in
INN-BALANCE directly targeted balance-of-plant sub-systems — pumps, compressors, humidifiers, valves — which are a key cost barrier in fuel cell vehicle deployment.
SECREDAS (2018–2021) addressed cyber security across cross-domain automated vehicle systems, covering both connected and autonomous driving architectures.
The INN-BALANCE project keywords explicitly include 'manufacturing' and 'cost effective', signalling CEVT's industrial focus on production readiness, not just lab performance.
How they've shifted over time
CEVT's two H2020 projects both started within a year of each other (2017–2018) and ran through 2021, so genuine longitudinal evolution is difficult to trace from this data alone. The early-period keywords — fuel cell, balance of plant, manufacturing, cost effective, automotive — are specific and technically grounded, while the second project (SECREDAS) produced no indexed keywords in this dataset, making comparison unreliable. What can be said is that even within a very short H2020 window, CEVT moved from hydrogen powertrain hardware into vehicle cybersecurity, suggesting a broadening strategic interest in next-generation vehicle technologies rather than a single-track specialisation.
CEVT appears to be building competence across two pillars of next-generation vehicles — hydrogen propulsion and secure automation — which positions them as a versatile partner for future-mobility consortia, though their H2020 track record is too limited to confirm a clear long-term direction.
How they like to work
CEVT has participated exclusively as a consortium partner, never as coordinator, across both H2020 projects. Despite only two projects, they connected with 83 unique partners across 18 countries — an unusually wide network for such a small project count, suggesting they joined large, multi-partner RIA consortia rather than small bilateral collaborations. This pattern is typical of industrial partners who contribute use-case requirements, vehicle integration expertise, and manufacturing perspectives to research-led consortia.
Despite only two H2020 participations, CEVT built connections with 83 distinct partners spanning 18 countries — a footprint consistent with large pan-European RIA consortia in the transport and ICT pillars. Their network is genuinely European in breadth rather than concentrated in any single country cluster.
What sets them apart
CEVT is one of very few Swedish private companies operating explicitly as a China-Europe automotive technology bridge, which gives them an unusual perspective on both European regulatory requirements and Chinese manufacturing scale. Their combination of hydrogen fuel cell hardware expertise and automotive cybersecurity experience is rare in a single industrial partner, making them potentially valuable for consortia that need both powertrain and systems-security perspectives. However, with only two EU projects on record, their positioning is still early-stage within the European research ecosystem.
Highlights from their portfolio
- INN-BALANCEThe largest of CEVT's two projects (€741K EC funding), directly targeting one of the biggest commercialisation barriers in hydrogen vehicles — the cost and manufacturing complexity of balance-of-plant components in PEM fuel cell systems.
- SECREDASDemonstrates CEVT's reach beyond propulsion into automated vehicle systems security, a cross-domain topic spanning automotive, aviation, and rail — suggesting broader involvement in the European autonomous mobility agenda.