Same chemistry.
New architecture.
Better batteries.
The next generation of batteries
starts with the current collector.
Smart Porous 3D Current CollectorsDr. Moshiel BitonCEO and Founder of Addionics
Architecture.
With substance.
- Total funding
- $87M
- Patent applications
- 47
- Team
- >75
- Manufacturing facility
- 0.5GWh
US EUUKKR
Backed by
Company figures from the supplied presentation.
Smart Porous 3D
Current Collectors.
Pore shape and pattern.
Tuned to performance demands.
Aluminium & copperThe
Unified Cell.
Uniform electrolyte movement.
Across the whole cell.
Additional paths through the collector.
More uniform electrolyte distribution.
Illustrative mechanism, not a measured flow simulation.
Less
excess anode.
More uniform transport supports
a lower negative-to-positive capacity ratio.
Use the architecture
to reduce excess material.
Conceptual comparison. No numerical N/P reduction is specified in the source.
More energy.
Even at −40°C.
higher energy density
versus conventional collectors
Same electrolyte. Same form factor.
Source-reported result under the stated test conditions.
More time
on the road.
Application ambition.
Baseline and validation to be established.
Concept illustration