Behind-the-meter power island

Firm power for AI data centres.

We sell the one thing AI operators can't buy today: firm, GPU-grade power, delivered this year — not a grid connection date in the 2030s.

Single-line diagram · Island-01 Island online
Supervisory control Generation on-site · mobile The Vault two-tier buffer · banks & releases AI data centre GPU load Generation supplies · steady GPUs demand · spiky Status ▮ Island online Freq 50.00 Hz Vault SOC 72 % Grid wait 0 months
Generation runs steady. GPUs spike. The Vault banks the difference — so the rack always sees firm power.
The constraint

AI compute is ready years before the grid is.

Picture the customer's seat: an operator with land, capital and GPUs on order — and a high-voltage connection date somewhere in the 2030s.

5–7 yrs
Typical wait for a new high-voltage grid connection in core EU markets — and queues are still lengthening.
~2×
Growth in global data-centre electricity demand expected by 2030, led by AI workloads.
Source · IEA
€50m/mo
Compute revenue stranded for every 100 MW campus stuck in the queue — capex idle, customers waiting.

Power — not chips, not land — is the binding constraint on AI build-out.

The solution

A behind-the-meter power island, delivered.

On-site generation, buffered by a two-tier battery system and run by one supervisory controller — firm power on the customer's site, with no grid wait.

01 · Generation

On-site generation

Proven turbine technology, deployed through established partners — capacity that arrives on a truck, not on a ten-year transmission plan.

02 · The Vault

Two-tier battery

Energy is banked in the vault and released the instant GPUs spike — it absorbs the transients generation alone can't follow, so the load sees steady, GPU-grade power.

03 · Control

One plant controller

A single supervisory layer runs generation and battery as one plant — dispatch, buffering and islanding handled together, not bolted across vendors.

“Another BESS startup?”

No. We sell megawatt-months of firm capacity behind the meter. Grid storage is built for energy markets; ours is purpose-built to make on-site power firm, GPU-grade and clean — run as one integrated plant.

Why now

AI power is going behind the meter — at gigawatt scale.

Grid connections take years AI operators don't have. So generation is moving on-site — turbines, engines, microgrids — and a new asset class is being built at speed.

The operators with capital are no longer waiting for the utility. They're signing for on-site power today, and they need it firm enough for GPU training and clean enough to defend on ESG. That window is open now.

5+ GW
Behind-the-meter generation announced by a single US provider since 2024 — the wave is already here.
110 MW
Europe's first data-centre microgrid of this kind is already live — the model is proven, the market is forming.
Where we win

The only option that's fast, firm and clean.

Operators can wait for the grid, burn diesel, or build an island. Only one of those is available this year and defensible on carbon.

Grid connection
Diesel gensets
Battery Vault
Time to power
5–7 years
Weeks
Months
Firm & GPU-grade
Yes
Poor transients
Battery-buffered
Carbon / ESG
Depends on grid
Dirty
Cleaner, fuel-flexible
Scales with campus
Fixed
Modular
Modular islands

Why we can deliver Generation runs on field-proven turbine technology through established industry partners — real plant, not a slideware promise. Partner detail under NDA.

Talk to us

Power is the constraint. We sell the way around it.

Whether you run GPUs or back the companies that do — let's talk about firm power on-site, this year.

Island-01 · in design — Munich · 2026