Powering The Future
A low-cost drop-in solution, creating the only high power & high energy battery, without compromises.
How New Battery Design is Transforming the Battery Industry?
Addionics Named a 2022 BloombergNEF Pioneer!
For innovating technology that advances the low-carbon economy
Delivering Better Performances
X2 accessible
capacity
Increased energy density by enabling greater active material loading and by accessing more capacity especially at high power rates
50% reduction
in charging time
50% lower internal resistance at the cell level allows
for < 15 min fast charging time
Increased safety
Significantly improved thermal uniformity and higher mechanical stability
Up to 150% longer
lifetime
Better structural adhesion prevents cracks & delamination and facilitates better heat dissipation along the cell
Drop in solution
Compatible with existing factories
Cost reduction
due to scalable cost effective manufacturing process
Chemistry agnostic
Improves any battery chemistry
Compatible with any environmental friendly materials
Lowering The Battery Costs
We Bet on the Race, not on the Horse
While most companies try to improve batteries by focusing on the chemistry - we focus on the physics.
This allows us to achieve significant improvement in battery performance for any battery chemistry.
How it Works
Companies have tried to integrate advanced metals architecture, but did not have the technology.
Silicon, Solids-State and advanced Li-Ion technologies, could be commercialized only by using smarter design. By Smart 3D Electrodes™.
With our novel manufacturing process,
We allow this transition.
Platform Enabling Technology
Addionics provides specialized improved rechargeable batteries by redesigning their architecture.
With our patent-protected scalable Smart 3D Electrodes™ fabrication method, we enhance battery performance: capacity, safety, charging time, lifetime, and cost of the batteries.
Addionics novel smart 3D structure minimizes the internal resistance and improves mechanical longevity, thermal stability and other fundamental limitations and degradation factors in standard batteries.
This process results in a significant step-change in the performance of all key battery characteristics simultaneously and enables a cheaper cost of ownership.
