Grow your site.
Bring your expansion plans. Let’s explore the power, space and timeline your site needs.
Get powerRevolutionizing Power Generation.
Illustrative aerial scene: a large yard of conventional on-site power equipment beside a data hall shrinks into a compact block of DOR units. New sites then rise on the freed land: an industrial plant, an EV fleet hub, a defense energy site and a logistics yard.
Built in blocks
Sized in megawatts
1 package = 2 MW
Power density
Designed for 8× the power in the same footprint.
Ten DOR units make one 2 MW package. They are designed to fit in about the equipment floor space of one 250 kW linear generator: about 150 sq ft for ten DOR units against about 174 sq ft for one published 250 kW unit, before installation and service clearances for both.
Density
Designed for 2 MW where 250 kW fits today.
On top of the grid
Variable, not on or off. Designed to add only what the site is short of.
On its own
Designed to carry selected loads where there is no grid.
Drawn to scale. DOR figures are design targets for a pre-pilot product: 0.2 MW, 1.4 × 1.0 × 2.0 m (4.6 × 3.3 × 6.6 ft) and 700 kg (1,540 lb) per unit. Linear generator: 0.25 MW, 20.5 × 8.5 × 9.5 ft, 22 tons, from the manufacturer’s published product page, checked 2 October 2026. Equipment footprint only.
Compare
The lowest cost
of on-site power.
Levelized cost of electricity, in cents per kWh. Lower is better.
The DOR15 sq ft · 1,540 lb
12.5 to 16.3¢
Linear generator140 sq ft · 35,000 lb
14 to 17.3¢
Gas engine150 to 300 sq ft · 6,600 to 11,000 lb
15.6 to 20.8¢
Microturbine70 to 150 sq ft · 6,600 to 8,800 lb
20.1 to 24.6¢
Fuel cell (SOFC)200 to 400 sq ft · 22,000+ lb
26.5 to 30.1¢
Diesel genset150 to 300 sq ft · 6,600 to 11,000 lb
30.6 to 44.2¢
How we compare.
| Criterion | The DOR | Linear generator | Fuel cell | Microturbine | Gas engine | Diesel genset |
|---|---|---|---|---|---|---|
| Power densityPower per square foot of site | ||||||
| Easy installationCompact and light, designed for simple handling | ||||||
| Indoor useFits inside a building | ||||||
| PortabilityMoves between sites | ||||||
| Easy servicingStandard parts, quick service | ||||||
| Fuel flexibilityGas, liquid and blends | ||||||
| Speed to powerRapid deployment |
Ratings compare technology categories, not specific products. DOR ratings are design targets; indoor installation depends on site ventilation, exhaust and code review.
Power augmentation
Not a backup generator.
A power augmentation system.
Like a hybrid car: both sources work at the same time.
Today
GridorGenerator
A backup generator waits for the grid to fail, then takes over.
With a grid
Grid+DOR
The DOR is designed to run with the grid every day and add power as the load rises.
No grid
DORalone
Where there is no grid, the DOR is designed to carry selected loads on its own.
Grid-parallel and island operation are planned capabilities of a pre-pilot product, subject to site engineering, protection and validation.
Designed for
everyday power.
Power for the work ahead.
DOR is being developed to supply everyday power alongside the grid. Power OS is designed to adjust output as your site’s demand changes.
- Site demand
- Peak
- From the grid
- Steady supply
- From DOR
- Adds power
Illustrative demand profile. DOR is designed to complement your existing supply as demand changes.
A choice of fuel for your site.
One platform, planned fuel options. Explore how a selected fuel would reach DOR, with Power OS coordinating the system.
One source is illustrated at a time. Fuel options and switching depend on validation, certification and site configuration. Dashed lines show control; solid lines show fuel or electrical power.
See inside DORPower for one site. Or many.
Start where power is needed.
Conceptual illustration.
What could your
next expansion look like?
Invest in what powers it.
Explore the opportunity behind DOR with our founders.
Request investor deck