Find out in this paper the challenges of today for #Na-based #batteries of the future, from materials to cell metrics: bit.ly/3DL0RNP

Anatase titanium dioxide (TiO2) is a promising anode material for #sodium-ion #batteries due to its low cost, non-toxicity and abundance. Discover more in this pv magazine post: bit.ly/3tdPk52

#NAIMAProject has 15 partners from 7 different European countries. They cover the whole value chain and various fields. Do you want to know who they are? bit.ly/3TgncIY

A research group from Osaka Metropolitan University has developed a cheaper positive electrode to enhance all-solid-state #sodium #batteries. Find out all the details here: bit.ly/3DZ5Ome

In the #NAIMAProject, the battery packs’s #sodium technology was selected because it is beneficial for the environment and the financial assets. Learn more in this deliverable of the initiative: bit.ly/3tkBRIq

Can #sodium-ion #batteries solve the cost anxiety of lithium batteries? Find out the answer in this Gizchina.com - official post: bit.ly/3garm7A

In order to achieve the main #NAIMAProject objective, which is the development of a new generation of high-competitive and safe #Na-Ion battery cells, 8 specific goals have been identified. Take a look: bit.ly/3E7Rgks

🔎 NAIMA has successfully developed the characterisation in liquid and solid phase using raw materials (apple, brewery, and coffee) during the wet biomass development of bio-based hard carbon materials for negative electrodes. More information on 👉naimaproject.eu/documentation/

🔋 The conclusions extracted of the characterisation of wet biomass, dry biomass, and biopolymer, is that the most successful upscaled is dry biomass – softwood.

🔬In NAIMA the synthesis of hard carbons using bio sources was achieved. Three main bio based hard carbon materials from different sources (wet biomass, dry biomass, and biopolymer) were investigated to reach our milestones. The picture is WP2 leader presenting their work.

#NAIMAProject wish you a #MerryChristmas and Happy Holidays!

.Umicore has successfully scaled up lamellar oxide cathode materials to TIAMAT Energy. The materials have been successfully integrated in cylindrical cells to make the high energy density prototype. NAIMA's high-energy density prototype is currently under development.

.Naima joins to share the almost final results of the project in Grenoble, France. #NaimaProject

The consortium of Naima is meeting face-to-face while acquiring an exquisite taste of the developments of the project and each milestones. #batteries

Our partners have achieved a huge milestone by moving from a cylindric cell to a 48V battery for renewable energy application (EDF 🇬🇧) and industrial application (Gestamp) assembled at CEA. This battery has been shipped to the end-users.

Glad to share our last work on the thermal stability and degradation mechanisms of NVPF ICMCB RS2E Naima Croguennec Laurence pubs.acs.org/doi/10.1021/ac…

Today we are at Gestamp trying the NAIMA battery pack in action.

📣 Exciting visit! One of our colleagues, leading the Diss&Comm WP for Naima, is at Gestamp with coordinator from TIAMAT Energy. They're reviewing the battery pack results as the project concludes. Learn more at naimaproject.eu. #RenewableEnergy #Innovation

Last week, we met for the last time, face-to-face, with all the consortium members in Fontainebleau, at EDF 🇬🇧, to share the final results reached in the project and witness the NAIMA battery pack in action.