ENERGY — WE POWER
The grid that holds when it matters.
Battery energy storage — built on cells we manufacture, sized for the peak.
ONE CELL, TWO JOBS
BESS
Storage and traction on one engineering line.
Storage is what turns clean power into power on demand. Our BESS is built on cells and packs from Ampinity Components — the same Japanese LTO chemistry that drives our heavy fleet — so a single engineering line carries both a truck and a city’s evening peak.
- Built on
- Ampinity cells and packs (Japanese LTO)
- Does
- peak-shifting, grid firming, renewable smoothing
- Powers
- the corridor charging network at the evening peak
- Designed for
- solar parks and grid nodes
BACKED BY AI ASSURANCE
When we publish a capacity, it is measured first.
Generation and storage figures run through the same AI Assurance layer that backs every other claim the company makes — so when a capacity is published, it is a reading, not a brochure number.
THE SHARED CELL
One cell moves a truck and holds a city’s evening peak.
The same Japanese LTO chemistry from Components drives the heavy fleet and steadies the grid — storage and traction from a single line. The BESS firms up the solar it stores and powers the operated charging network through the evening peak, with every cycle logged and backed by AI Assurance.
WHAT IT'S ALL FOR
A cleaner world you can actually feel.
Clearer air, a harvest’s residue earning instead of burning, a future worth handing on. The good a clean grid does is meant to be felt — not just measured.
COME BUILD THE MOMENTUM
Tell us your peak, and we’ll spec the storage to hold it.
For capital, for governments and operators, and for the buyers who want clean power they can prove.
Momentum without end. Everything connected. Nothing wasted. Answerable at every turn.
Further reading
Guides on this
Questions
Frequently asked
What does Ampinity's BESS do?
The BESS steadies the grid, firms up renewables, smooths output at solar parks, and powers the charging network through the evening peak — storage that turns clean power into power on demand.
What cells is the BESS built on?
It is built on cells and packs from Ampinity Components — the same Japanese LTO chemistry that drives the heavy fleet — so a single engineering line carries both a truck and a city's evening peak.
Why use the same cell for vehicles and the grid?
One engineering line serves both traction and the grid, so the same cell that moves a truck is sized for the grid — one qualified chemistry rather than two, deployed at solar parks and grid nodes.
How does the BESS help solar serve the evening peak?
Storage is what turns clean power into power on demand: the BESS does peak-shifting, grid firming and renewable smoothing, and carries the corridor charging network through the evening peak.