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Cell Technologies

Products

Next-generation cell platforms for different requirements

18650 · 21700 cylindrical Prismatic cell LFP · NMC · Sodium-ion Boron-doped material
Cell Platforms

Featured Cell Platforms

ADNR Enerji develops cylindrical and prismatic cell technologies based on NMC, LFP and next-generation sodium-ion chemistries. Our work focuses on scalable cell platforms optimised for energy density, power performance, cycle life, safety and application requirements.

3.7 V
0 mAh

NMC

18650 Cylindrical Cell

A high energy density cell in boron-doped 18650 format. For light electric vehicles and portable power applications.

  • High Safety
  • Long Life
  • Eco-Friendly
ADNR Enerji 3.7 V 2600 mAh NMC 18650 cylindrical cell
3.7 V
0 mAh

INR / NMC

21700 Cylindrical Cell

The 21700 format, offering higher energy per cell than the 18650. For e-mobility and portable power applications requiring high energy and high power.

  • High Safety
  • High Energy
  • Eco-Friendly
  • Rechargeable
ADNR Enerji 3.7 V 5000 mAh INR 21700 cylindrical lithium-ion cell
3.2 V
0 mAh

LFP

18650 Cylindrical Cell

Lithium iron phosphate chemistry with high thermal stability. For applications requiring a large number of charge–discharge cycles.

  • High Safety
  • Long Life
  • Eco-Friendly
ADNR Enerji 3.2 V 1500 mAh LFP 18650 cylindrical cell
3.2 V
0 Ah

LFP

Prismatic Cell

A high-capacity prismatic cell for grid-scale storage and uninterruptible power supplies. Suitable for module and container integration.

  • High Safety
  • Long Life
  • Eco-Friendly
  • High Performance
ADNR Enerji 3.2 V 280 Ah LFP prismatic cell
3.1 V
0 Ah

Sodium (Na)

Prismatic Cell

A sodium-ion cell integrated with boron-doped hard carbon anode derived from agricultural waste. Next-generation storage that reduces dependency on lithium.

  • High Safety
  • Long Life
  • Eco-Friendly
  • Low Temperature
  • Sodium Technology
ADNR Enerji 3.1 V 210 Ah sodium-ion prismatic cell
In Development

Cells to be added to the portfolio

3000mAh

NCO · 18650Boron-doped cylindrical cell, in production and development.

100Ah

Sodium-ion · PrismaticA smaller format sodium-ion cell in the 3.1 V class.

2500mAh

NMC · 18650Manufacturing and development activities in the 2500–2600 mAh band.

Battery Materials

Domestic added value inside the cell

ADNR does not merely manufacture the cell; it also develops the active materials on the cathode and anode side from domestic and sustainable sources.

Boron-Doped Cathode / Anode

Boron-doped material approaches aimed at improving cell performance and thermal stability.

Hard Carbon Anode

Boron-doped hard carbon anode material derived from agricultural waste; the key input for sodium-ion cells.

Domestic and Sustainable Input

Domestic battery inputs that reduce supply risk and align with the circular economy.

Energy Storage Applications

Where do the cells work in the field?

Grid-scale battery energy storage site ESS

Grid-Scale Storage

Peak shaving, frequency regulation and load shifting scenarios.

280 Ah LFP210 Ah Na
Data centre uninterruptible power supply corridor UPS

Uninterruptible Power Supplies

Backup requiring fast discharge characteristics in critical facilities.

280 Ah LFP
Telecom base station and battery cabinet Telecom

Telecom Sites

Backup power with a wide temperature range and low maintenance needs.

210 Ah NaLFP
Electric vehicle charging station E-Mobility

E-Mobility

Modules for micromobility and charging infrastructure buffer storage.

2600 mAh NMC
Electric forklift and industrial machinery in a warehouse Forklift

Forklifts and Industrial Machinery

Packs suited to opportunity charging between shifts, replacing lead-acid.

1500 mAh LFP
Wind turbines, solar panels and battery container Renewable

Renewable Integration

Storage that resolves the generation–consumption imbalance in solar and wind.

Sodium-ionLFP
Contact

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