A domestically produced battery portfolio spanning 18650 cylindrical cells through to 280 Ah prismatic and sodium-ion cells.
Three tiers, from laboratory material research to pilot production and on to the target product roadmap.
NMC-based cylindrical cell development work focused on high energy density, cycle life and power performance.
LFP-based cell development work for applications requiring safety, long cycle life and high power.
Material R&D work on cathode surface modification, heteroatom doping, conductive carbon coating and electrode optimisation.
ADNR Enerji adopts an integrated R&D approach that aims to transfer the electrochemical performance of advanced battery materials into real cell manufacturing processes, rather than evaluating it at laboratory scale alone.
Our pilot production work covers electrode formulation and slurry preparation, electrode coating and drying, calendering, electrode cutting, cell assembly, electrolyte filling, formation and electrochemical performance validation stages.
The aim is to evaluate the cell-level performance of cathode, anode and electrolyte technologies developed with this infrastructure, and to transfer laboratory-scale research results into scalable production processes.
ADNR Enerji's technology roadmap covers the development of cylindrical and prismatic cell platforms for a range of mobility, industrial and stationary energy storage applications.
Cell technologies in 18650 and 21700 formats for applications requiring high energy density and power.
Advanced cathode chemistries for applications where high specific energy and compact cell design are the priority. The aim is technology development focused on high energy density and power performance in NCA-based 18650 and 21700 cell platforms, and on high volumetric energy density in LCO-based cells.
Cell platforms for industrial applications where long cycle life, high safety and power performance are the priority.
Prismatic cell technologies for energy storage systems, industrial applications and high-capacity battery packs.
Next-generation cell technologies aimed at reducing dependency on critical raw materials, delivering cost-effective energy storage and making use of local raw material resources.
Development of high-performance hard carbon anode materials from biomass and agricultural waste sources for sodium-ion batteries.
ADNR cells are designed for different load profiles, from grid-scale storage to telecom sites, from e-mobility to industrial machinery.
High cycle life LFP prismatic cells for peak shaving, frequency regulation and load shifting at container-type sites.
Fast discharge characteristics for backup scenarios requiring high power density in data centres and critical facilities.
Long-life backup power solutions distinguished by a wide temperature range and low maintenance requirements in base station cabinets.
Cylindrical cell modules for light electric vehicles, micromobility and charging infrastructure buffer storage.
Uninterrupted operation with high-efficiency LFP packs suited to opportunity charging between shifts, replacing lead-acid.
Multi-chemistry storage options, including sodium-ion, that resolve the generation–consumption imbalance at solar and wind power plants.
A domestic technology and manufacturing ecosystem spanning advanced battery materials through to cell technologies, and R&D through to pilot production.
Manufacturing and development activities on boron-doped NMC, NCO and LFP cells in 18650 format.
A domestic and circular input approach with boron-doped hard carbon anode material derived from agricultural waste.
Investment work towards prismatic sodium-ion cell production and a 280 Ah LFP prismatic cell line.
An integrated technology infrastructure spanning cell chemistry through to the production line, and material research through to battery testing.
Boron-doped 18650 cylindrical cells and next-generation prismatic cell technologies.
TechnologiesLaboratory infrastructure, battery testing, university and industry collaborations.
R&D and CollaborationsMaterials derived from agricultural waste and a manufacturing approach focused on green transformation.
SustainabilityGet in touch with us for battery technologies and energy storage solutions.