THE ADDIONICS STORY
The Addionics story

Same chemistry.
New architecture.
Better batteries.

The next generation of batteries
starts with the current collector.

Dr. Moshiel BitonCEO and Founder of Addionics

Addionics porous copper current collectorSmart Porous 3D Current Collectors
The company

Architecture.
With substance.

US EUUKKR

Total funding
$87M
Patent applications
47
Team
>75
Manufacturing facility
0.5GWh

Backed by

ScaniaGM VenturesMagna NovelisAvery DennisonUnion Tech Ventures
The technology

Smart Porous 3D
Current Collectors.

Pore shape and pattern.
Tuned to performance demands.

Original aluminium and copper porous current collector rollsAluminium & copper
How it works

The
Unified Cell.

Uniform electrolyte movement.
Across the whole cell.

Electrolyte pathways through porous current collectors Qualitative cross-section. Porous aluminium and copper collectors add electrolyte redistribution paths within the electrodes. The intact separator permits ion transport and prevents electronic contact. Cathode / aluminium collectorAnode / copper collector Separator stays intact

Additional paths through the collector.
More uniform electrolyte distribution.

Illustrative mechanism, not a measured flow simulation.

Cell performance

Higher capacity.
10°C colder.

Comparable performance.
Same electrolyte.

Addionics−10°C
Conventional0°C

Comparable performance under the tested conditions.

Addionics low-temperature battery architecture: a truck and drone on a snowy mountain road
The application ambition

More time
on the road.

40%less battery.

Application ambition.
Baseline and validation to be established.

Explore Addionics
Concept illustration of an autonomous vehicle fleet on a mountain roadConcept illustration
A closer look