Product line

One architecture.
Eight ratings. Gigawatt fleets.

Every unit uses the same split-rotor multiphase core, scaled by pole count, phase count, and cooling – not by redesign. Cable N units through a shared medium-voltage inverter frame and you have a fleet at any total capacity you need.

01    The ladder

1 KW commercial through 1 MW containerized.

Eight discrete field ratings, one repeating architecture. Every SKU below runs the same Fe16N2 rotor and Fe4N stator, just at different pole and phase counts.

Rung 01
1KW
IN-1K
Wall cabinet
Commercial UPS, HALO exam-room backup, small light-industrial, off-grid cabin main.
Rung 02
5KW
IN-5K
Floor cabinet
Small building main, residential grid-tie feeder, workshop, edge compute node.
Rung 03
15KW
IN-15K
Skid
Small commercial building, remote lodge, cell-site backup, telecom tower base.
Rung 04
50KW
IN-50K
Compact container
Farm main, small data-center rack row, mining shed, expeditionary base camp.
Rung 05
100KW
IN-100K
20-ft container
Small commercial campus, tower site, mining loads, drive-by-intel node.
Rung 06
250KW
IN-250K
20-ft container
Substation-adjacent peaker, large commercial building, HALO facility.
Rung 07
500KW
IN-500K
20-ft container
Substation-scale, mid-size data-center row, defense base-camp main.
Rung 08  ·  Fleet base unit
1MW
IN-1M
20-ft container · IEEE / UL / NFPA certified
Utility-scale base unit. Every fleet build stacks these. Ships pre-commissioned – plug into the medium-voltage frame and go.
Fleet  ·  Cabled container farm
N × 1 MW  ->  GW
IN-FLEET
Any total capacity, cabled through a shared MV inverter frame
Fleet builds link N×IN-1M through a shared medium-voltage inverter frame, producing any total capacity from a few MW to multiple GW. The same architecture powers a small campus behind a data center and a full utility-scale peaker – the difference is container count, not container design.
// Fleet visualization Cabled container farm – from a 5 MW pilot to a 1 GW utility deployment. Same architecture, different container count.
02    Pricing

$5 per watt at fleet scale. Or a PPA.

Pricing target at production scale is $5 per watt installed for the field ladder (IN-100K and above). We're also offering the same product line under a Power Purchase Agreement – we own the box on your site, you buy the electrons at a locked rate under the local utility average.

// Buy · $5 / W

Own the generation

Take depreciation. Integrate the box into your own asset base. Best for hyperscalers, utilities, and defense buyers with strong balance sheets.

// PPA · Zero cap-ex

Buy the electrons

We own the box on your site. You pay a locked $/kWh rate under the local utility average. Zero cap-ex, zero maintenance, zero operational responsibility.

03    Fleet architecture

Daisy-chained containers  ->  gigawatt farms.

Each IN-1M container is a self-contained generator. Fleet builds link N containers through a shared medium-voltage inverter frame, producing any total capacity from a few MW to multiple GW. The same architecture powers a small campus behind a data center and a full utility-scale peaker plant – the difference is container count, not container design.

// 5 MW

Small campus / edge DC

Five IN-1M containers, single MV frame. Fits a fenced acre. Ships and commissions in weeks.

// 100 MW

Mid-scale DC / mining load

One hundred IN-1M containers, aggregation transformers, 34.5 kV bus. Behind-the-meter for AI/HPC campuses.

// 1 GW+

Full utility / grid-scale

One thousand IN-1M containers. Substation-tied, 138 or 230 kV. Structured as a peaker or base-load with storage.

Request a pilot quote -> Roadmap