Accelerating Chemistry for
Better Batteries

+ What we do

A New Way to Design Batteries

We rapidly design next-gen materials that drop right into batteries manufactured today, to solve industry-specific problems.


The Problem

The Problem

The growth of electric vehicles, renewables, and consumer electronics has spurred demand for next-gen Li-ion batteries that enable affordable EVs, safe grid storage, and fast charging electronics.

Unfortunately, traditional R&D takes years of research, hundreds of millions of dollars in funding, and typically fails to develop materials that solve these problems.


Accelerating Materials Discovery

Accelerating Materials Discovery

We’ve developed the first rapid end-to-end automated materials discovery solution for batteries (ATLAS), slashing the traditional development timeline and reducing overall process costs.

Through a combination of machine learning, proprietary technology, and hands-on testing, our process is 37X faster and 16x cheaper than traditional solutions.


Frictionless Scaling & Delivery

Frictionless Scaling & Delivery

By Partnering with existing battery manufacturers, Eonix is able to quickly scale custom chemistry Li-ion batteries in familiar form factors for end-users in the automotive, grid, defense, and electronics industries.

+ Specific solutions

Industry-Specific Solutions

There is no one-size fits all battery chemistry.

The battery chemistry in your phone that degrades after 6 months shouldn't be in the electric vehicle you plan to drive for 10 years. Our platform allows us to design a better battery for better products.


Increase range
Lower cell cost
Improve safety

Grid Storage

Eliminate thermal runaway
Increase temperature stability
Reduce system costs


Reduce size & weight
Eliminate thermal runaway
Expand operational temperatures


Increase energy density
Reduce charging time
Recyclable materials

Real World Results

High flash point materials reduce thermal runaway during failure to improve safety.

High thermal stability increased temperature stability above 70°C to reduce cooling systems.

Designed to work with NMC cathodes and graphite anodes for rapid scalability.

Get in touch

Let’s solve your battery challenges.

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