Robust, durable batteries.
From Europe, for Europe.

We develop sodium-ion battery cells using locally sourced, abundant materials - for a sustainable and resilient future.

OUR Technology

Combining performance
and sustainability

Today's sodium-ion batteries suffer from immature supply chains and low technological maturity. We solve that.

Na-ion*

ecation

Li-ion

Li­tona

Critical raw material free
Maturity of supply chains
High cycle life
Safe transport and storage (at zero volt)
Temperature stability

*conventional NFM111-based sodium-ion battery cells
X: does not meet the criterion, O: meets the criterion moderately, ✓: meets the criterion fully

Solving

The biggest
challenges in energy

Dependence

Europe imports most of its battery materials, losing industrial control and competitiveness.

Vulnerability

Geopolitical tensions and trade barriers heighten supply chain risks.

Compliance

Limited traceability of imported materials raises ethical and sustainability concerns.

HARD TO SOLVE?

Why traditional
approaches fail

Supply chains still underdeveloped

Despite European cell production, manufacturers depend heavily on imported energy storage materials.

High local costs

Existing solutions face significant cost penalties when produced locally.

OUR Technology

This is where we
come to play

Litona develops and produces high-quality sodium-ion materials, electrodes, and battery cells – tailor-made for your applications. Quality made in Germany.

Elimination of critical raw materials

Sodium-ion cells based on abundant elements like sodium.

Built on our strengths

Scaling faster by leveraging existing supply chains.

Independence

Our local sourcing model not only reduces costs and CO₂, it enables European energy independence.

TECH HIGHLIGHTS

Robust, durable cell performance

Safety

Reduces the risk of thermal runaway

Wide temperature tolerance

Eliminates the need for complex thermal management

Zero-volt discharge capability

Enables safe transport and storage

LFP
drop-in

Compatible with existing LFP voltage profiles

Up to

3.45 V

average voltage
Up to

160
Wh/kg

on cell level
Up to

7000

cycles for extended lifetime
Up to

100%

abundant raw materials
SPECIFICATIONS

Engineered to your requirements.

We develop cells tailored to your specifications, or provide ready-to-use solutions.

APPLICATIONS

Where robustness is key

Applications include systems without active temperature control or those designed for maintenance-free, cost-efficient operation.

12 V batteries
Energy storage
Micro-mobility
CATHODE TECHNOLOGY

Deep expertise in advanced active materials

Our cell technology is based on the cathode material Prussian White. It allows us to use locally sourced, affordable raw materials. Our proprietary Prussian White production process reduces production steps, time, and energy consumption.

Voltage curves of the second C/20 charge and discharge of Litona Prussian White in a sodium half cell compared to commercial Lithium Iron Phosphate (LFP) in a lithium metal half cell. The LFP data was used from Lyle et al.[1]
[1] Erin Lyle et al 2022 J. Electrochem. Soc. 169 060527
PRUSSIAN WHITE CATHODE

Material Performance Highlights

With advanced material development and close integration into cell design, we adapt quickly to customer needs and shorten development cycles for next-generation cell concepts.

150

mAh/g capacity

3.45

V vs Na+/Na

3D
structure

for fast kinetics and
high power

Fully

sodiated - ideal for high energy cells
COLLABORATIONS

Our partners

Collaborating with leading global experts in sodium-ion technology.

INVESTORS AND FUNDING

Backed by