Delivering Better Performances
Increased energy density by enabling greater active material loading and by accessing more capacity especially at high power rates
in charging time
50% lower internal resistance at the cell level allows
for < 15 min fast charging time
Significantly improved thermal uniformity and higher mechanical stability
Up to 150% longer
Better structural adhesion prevents cracks & delamination and facilitates better heat dissipation along the cell
Drop in solution
Compatible with existing factories
due to scalable cost effective manufacturing process
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
Smartphones & Laptops
Our 3D structure have lower internal resistance and enables higher current charging of all devices, makes them safer, and improves the life-time of the battery. Our design enables increased energy to fit in a smaller volume while boosting device performance.
IOTs & Wearables
Addionics cells provide safety, longevity, and capacity in a light-weight compact volume, improving convenience and durability to keep devices running longer, and survive more extreme temperature conditions due to heat spread.
Our 3D battery architecture has significantly lower internal resistance, which overcomes range anxiety by doubling vehicle range with higher accessible capacity, and reducing battery charging times by 50%.
Aviation & Drones
Addionics porous internal structure increases gravimetric energy density, reducing overall weight of drones. This allows a positive impact on flight time. Our batteries can be charged faster, reducing ground time, and a simplified BMS further reduces avionic costs.
Addionics enhances consumer products by increasing key performance elements including longer battery life, faster charging time, and a lighter and smaller space utilization due to the smart and customizable form factors.
Our smart metal structures provide the highest level of safety due less battery downtime, cell mechanical stability, and improved heat dissipation in high-risk medical environments, as well as customizable space utilization for all size and form factor.
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.