Battery materials and energy storage
7 European H2020 organizations list this as part of their work — 1 as their primary capability.
Most active in this area
- FUNDACION CIDETEC
Spanish research centre specializing in advanced materials, energy storage, smart coatings, and pilot-scale manufacturing for automotive, aerospace, and electronics.
“Consistent thread from SPICY and eCAIMAN (Li-ion chemistries) through SPIDER and Si-DRIVE (silicon anodes, lithium-rich cathodes) to i-HeCoBatt (battery thermal management) and iModBatt (modular pack design).”
PrimaryES59 projects - ARKEMA FRANCE SA
Global specialty chemicals company contributing polymer, composites, and recycling expertise to 44 H2020 projects across materials and circular economy research.
“FIVEVB (5V lithium-ion with silicon anodes), eCAIMAN (electrolyte/cathode/anode improvements), IMAGE (next-gen battery manufacturing), and JOSPEL (thermal management with PMMA).”
FR44 projects - UNIVERSITE DE PICARDIE JULES VERNE
French university specializing in ferroelectric and memristive materials for neuromorphic computing, with secondary strengths in biomedical optics and battery research.
“Third-party contributor across NAIADES, HELIS, ARTISTIC, NAIMA, SONAR, and BIG-MAP — all focused on lithium-ion, sodium-ion, or redox flow battery technologies.”
FR18 projects - ELKEM ASA
Norwegian silicon and ferroalloy manufacturer contributing industrial-scale metallurgy, raw materials recovery, and emerging battery materials expertise to EU research consortia.
“Active in 3beLiEVe (next-gen Li-ion with LNMO cathodes), Hydra (hybrid power-energy electrodes), and SIMBA (sodium-ion batteries for stationary storage).”
NO11 projects - FUNDACION UNIVERSITARIA SAN PABLO-CEU
Madrid-based private university specializing in medicinal chemistry, drug design for cancer therapeutics, and hosting international research fellowships.
“Mixed Anion Cathodes project designs novel compounds for high-voltage sodium-ion battery cathodes using microwave synthesis and solid-state NMR characterization.”
ES7 projects - MEYER BURGER (NETHERLANDS) BV
Industrial thin-film deposition specialist (ALD/MLD) providing equipment and process expertise for photovoltaics, batteries, coatings, and electronics manufacturing.
“Si-DRIVE targets silicon alloying anodes and lithium-rich cathodes for high energy density batteries.”
NL5 projects - PRAYON SA
Belgian phosphate chemistry leader contributing industrial-scale materials expertise in batteries, fertilizers, and circular resource recovery.
“SPICY developed silicon and polyanionic chemistries for Li-ion cells, while EnSO addressed autonomous micro energy sources for IoT devices.”
BE5 projects