Core contributor in CoFBAT, SUBLIME, SAFELiMOVE, SENSIBAT, iSTORMY, HIGREEW, and related stationary storage projects from 2019 onward.
UNIRESEARCH BV
Dutch SME providing independent testing, validation, and life cycle assessment for batteries, fuel cells, electrolysis, and automotive powertrains across European research consortia.
Their core work
Uniresearch is a Delft-based SME that provides independent testing, validation, and assessment services for energy and transport technologies in EU research consortia. They specialize in performance evaluation, life cycle assessment (LCA), and techno-economic analysis across battery systems, fuel cells, electrolysis, and automotive powertrains. Their consistent role as a technical partner across 33 diverse H2020 projects points to a firm that bridges university-grade analysis with industrial application — evaluating whether lab-stage technologies are viable for real-world deployment.
What they specialise in
Participated in HPEM2GAS and ANIONE on PEM and anion exchange membrane electrolysis; coordinated Fit-4-AMandA on fuel cell manufacturing.
Long track record in REWARD, HDGAS, DiePeR, PaREGEn, ECOCHAMPS, DOMUS, OBELICS, and LONGRUN covering ICE emissions through to full EV optimization.
LCA and LCOS analysis featured in HIGREEW and CoFBAT; economic viability assessment in Ruggedised and AM4INFRA.
Contributed to REDIFUEL (drop-in renewable fuels), IDEALFUEL (lignin-based marine fuels), and LONGRUN (HVO/renewable fuels for heavy trucks).
Active in Smart-Rail, AM4INFRA, VitalNodes on infrastructure management, and Ruggedised on smart city energy-mobility integration.
How they've shifted over time
From 2015 to 2018, Uniresearch focused heavily on transport — particularly diesel engine emissions reduction, automotive powertrains, and infrastructure asset management. Starting around 2019, they pivoted sharply toward electrochemical energy storage: solid-state batteries, redox flow batteries, cobalt-free chemistries, and hydrogen electrolysis. This shift mirrors the broader European push toward electrification and the Green Deal, but the speed and depth of the pivot — seven battery projects in four years — suggests a deliberate strategic repositioning from combustion-era transport testing to next-generation energy storage validation.
Uniresearch is consolidating as a go-to independent evaluator for next-generation battery technologies (solid-state, flow, hybrid storage), making them a strong partner for any consortium needing credible, third-party battery testing and assessment.
How they like to work
Uniresearch operates almost exclusively as a consortium partner (32 of 33 projects), with only one coordination role (Fit-4-AMandA). With 368 unique partners across 28 countries, they are a high-connectivity hub — not locked into repeat partnerships but embedded across a wide network of European research and industry actors. This profile suggests a flexible, low-friction partner that plugs into consortia to deliver specific technical work packages without demanding leadership overhead.
Exceptionally broad network of 368 unique consortium partners spanning 28 countries, indicating deep embeddedness in the European energy and transport research landscape. Their Delft base connects them naturally to the Dutch technical ecosystem, but their reach is clearly pan-European.
What sets them apart
Uniresearch occupies a rare niche: an independent SME that provides rigorous, university-grade testing and assessment without being a university — giving consortia the credibility of academic evaluation with the flexibility and speed of a private company. Their dual expertise in both legacy transport technologies and next-generation batteries means they can evaluate the full electrification transition chain, from ICE optimization to solid-state battery deployment. For consortium builders, they bring a 368-partner network and proven track record of delivering technical work packages reliably across 33 projects.
Highlights from their portfolio
- Fit-4-AMandATheir only coordination role — focused on automated fuel cell manufacturing, signaling deep commitment to hydrogen technology commercialization.
- RuggedisedLargest single EC contribution (€391K) and longest project (2016-2022), covering smart city energy deployment across Rotterdam, Umeå, and Glasgow.
- SUBLIMERepresents their battery pivot at its most advanced: solid-state sulfide electrolyte batteries for EVs, a Generation 4b technology targeting fast charging and high energy density.