menu menu hover
Ev Live Icon.

BATTERIES

Simulated battery shown.

The Ultium architecture enables a near 50/50 front-to-rear weight distribution of the vehicle and provides a lower centre of gravity, which results in a vehicle that’s sporty and responsive.

Simulated battery shown.

The Ultium Platform is a modular system that combines interchangeable drive units, integrated power electronics, and Ultium battery modules.

Simulated battery shown.

This enables the flexibility to design EVs that meet the unique needs of different drivers on a single platform.
Ultium EV platform: It's what's inside that counts.

It’s what’s inside that counts

Ultium is an EV platform
designed with everything from
material to cost, capacity and
usability in mind.
Ultium’s long pouch cells can be stacked horizontally or vertically.

Right Fit

Ultium’s long pouch cells can be stacked horizontally or vertically, allowing engineers to optimize energy density and vehicle layout.
The Ultium platform is sustainable, modular and flexible.

Right Chemistry

The Ultium platform is sustainable, modular and flexible. New battery chemistry can be accepted without design changes, making it easy to upgrade EVs.
Ultium saves mass and increases body stiffness with energy-dense cells and a high strength steel battery structure.

Less Volume

With energy-dense cells and a high strength steel battery structure, Ultium saves mass and increases body stiffness for great ride and handing.
In-house battery manufacturing with globally sourced parts, at a facility starting with room to expand. This is critical to making EVs for everybody.

Everybody In

In-house battery manufacturing begins soon in Ohio with globally sourced parts, at a facility starting with 30 gigawatt hours of capacity and room to expand. This is critical to making EVs for everybody.