Meet DOR.
We grow with you.
Compact multifuel on-site power. Ten DOR units make one 2 MW package, indoor or outdoor. In development.
How the DOR works.
- The DOR turns fuel into electricity, right where you need it.
- Natural gas, CNG, LPG, biofuel or hydrogen blends flow in through a single inlet.
- An aluminum direct-injection engine runs at variable speed to follow your load.
- An alternator turns that motion into electricity.
- An active rectifier and grid-forming inverter deliver clean, steady power.
- Ten units make one 2 MW package.
- Add packages as you grow. Power OS connects and coordinates every one.
Designed for 8× the power in the same footprint.
Ten DOR units, a shared connection and Power OS, planned to ship together as one 2 MW package. The ten units are designed to fit in about the equipment floor space of one 0.25 MW linear generator. Indoor or outdoor, it is designed to fit the space you have.
- 10 × 0.2 MWunits in parallel
- About 150 sq ftequipment floor space for ten units
- Indoor or outdoorany space on your site
- 100 MWwith 50 packages
Basis: about 150 sq ft for ten DOR units against about 174 sq ft for one 0.25 MW linear generator, equipment footprint only, before installation and service clearances for both. 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.
Not backup power.
Power augmentation.
The DOR is designed to work with the grid every day, not wait for it to fail. Like a hybrid car, both sources work at the same time.
Grid-parallel and island operation are planned capabilities of a pre-pilot product, subject to site engineering, protection and validation.
Today: grid or generator
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: DOR alone
Where there is no grid, the DOR is designed to carry selected loads on its own.
Designed around available fuels.
Designed to run on natural gas, CNG, LPG, biofuel and hydrogen blends. Fuel options and switching depend on validation, certification and site configuration.
- Natural gas
- CNG
- LPG
- Biofuel
- Hydrogen blends
Three planned operating modes.
- With a gridAdds only what the site is short of
- On its ownSole source for selected loads where there is no grid
- MicrogridCoordinated DOR units and site resources, grid-connected or as an engineered island
Hardware makes power.
Software coordinates it.
Planned controls and AI-assisted insights connect changing demand and equipment condition to the next operating or service decision.
See the capacity gap
Compare site demand with available supply and flag when another capacity addition may be needed.
Coordinate output
Manage grid imports and share loads across units as demand changes.
Plan service
Use equipment condition and fault information to help plan maintenance and parts requirements.
Turn insight into action
Give operators and installers recommendations to review before scheduling work or adding equipment.
One package. 2 MW.
A standard DOR package: ten 0.2 MW units working in parallel, designed to run alongside your grid connection or on its own where there is no grid. Add packages to scale.
Download spec sheet| Output | Power | 2 MW (10 × 0.2 MW) |
|---|---|---|
| Electrical | 3-phase AC, 50/60 Hz, 400 or 480 V | |
| Input | Fuels | Natural gas, CNG, LPG, biofuel, hydrogen blends |
| Efficiency | Fuel-to-electrical | 36.5% at variable load |
| Physical | Unit size | 1.4 × 1.0 × 2.0 m |
| Unit weight | 700 kg | |
| Installation | Indoor or outdoor | |
| Sound | At 5 m | 69 dBA |
Planned specifications. DOR is pre-pilot; figures are engineering targets.
What is the DOR?
The DOR (Distributed On-demand Resource) is a compact, multifuel on-site power unit in development. It is not a backup generator. It is designed as a power augmentation system that runs with the grid every day and adds power as the load rises, or runs on its own where there is no grid. Each unit targets 0.2 MW, and ten units make one 2 MW package.
How is it different from other on-site power?
It is designed for more power per square foot. At about 15 sq ft and 700 kg per unit, ten units, one 2 MW package, are designed to fit in about the equipment floor space of one 0.25 MW linear generator, before installation clearances. It is designed to run at variable speed to follow your load and to run on several fuels, and it scales in 2 MW packages coordinated by Power OS.
What fuels can the DOR use?
It is designed to run on natural gas, CNG, LPG, biofuel and hydrogen blends. Fuel options and switching depend on validation, certification and site configuration.
How does a DOR package scale?
One package is ten units, or 2 MW. Sites add packages as their load grows, from 2 MW to 100 MW, with Power OS coordinating output across every unit.
When can I get a DOR?
The DOR is pre-pilot, and first pilots are planned for early 2028 (Q1 2028). Tell us about your site to plan a package and rapid deployment.
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Start with
your site.
Download the planned spec sheet, or tell us about your site’s power needs and fuel options.
The DOR is pre-pilot; its integrated prototype has not yet been built or tested. Specifications, capabilities, fuel configurations and service offerings are targets or planned features, subject to validation, applicable certification and site engineering. First pilots are planned for early 2028 (Q1 2028). Images are illustrative.