Next generation battery architecture
For more than 50 years, batteries have been built around the same layered architecture. Addionics changes the architecture itself, transforming the cell from stacked layers into one system. The result is a new generation of batteries: more performance, simpler manufacturing, wider applications.
01Industries
Longer productive operation, fewer docking events, and more useful work between charges. Batteries built for humanoids and mobile robots that never stop moving.
Read moreEndurance, fast turnaround, and mission readiness across repeated deployments. Designed for drones, UAVs, and systems where every hour off mission matters.
Read moreLong-cycle reliability, usable energy retention, and mission-critical operation. Battery architecture for platforms that cannot come home to recharge.
Read moreRoute reliability, reduced charging disruption, and high daily energy throughput for electric and autonomous fleets.
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02Technology
One technology underneath every product
The metal inside every cell, re-architected from 2D foil to a porous 3D structure. Battery-grade, drop-in, chemistry-agnostic. The underlying layer every Addionics product is built on.
More energy.More power.
Higher electrode loading increases energy and power density without increasing the cell footprint.
Built fordemanding conditions
Longer cycle life and stronger low-temperature performance improve reliability across real-world operation.
Designedto scale
A roll-to-roll manufacturing process that integrates with existing coating and production lines. Compatible with all battery chemistries and formats.