Deployable turbine power
Three megawatts per unit. Best-in-class power density. Scaled and configured to your mission.
3 MW gas-turbine power generation with configurable voltage and frequency. Turbine power density, power-electronics flexibility, deployed where the grid isn't.
The machine
One powertrain. Three subsystems. No compromises between them.
Conventional generation couples the engine to the electrical output: the machine you buy dictates the power you get. Ours doesn't. And each subsystem is an independent module, built to be serviced without touching the others.
Gas turbine
Turbine power density is the headline physics: continuous megawatt-class output from a machine a fraction of the mass of a reciprocating plant. It runs on Jet-A, diesel, or natural gas, so the fuel is whatever the site already has, not one more thing to truck in.
High-speed generators
Directly driven by the turbine, with no reduction gearbox deciding your electrical frequency for you. The machine makes power; the electronics shape it.
EPCU power electronics
Our SiC-based conversion stage decouples the load from the machine through a high-voltage DC link. Voltage and frequency become configuration, not construction. The link itself can feed DC directly.
Complete unit, production design (preliminary)
The unit
3 MW on one skid, 140 inches end to end.
The turbine, the generators and the conversion stack ride a single frame that ships in a standard intermodal container. What arrives on site is the whole power plant, not a kit to assemble.
- Unit footprint
- 3,556 x 1,473 mm
- 140.00 x 58.00 in
- Height
- 1,270 mm
- 50.00 in
- Prime mover
- MAGNA-502
- Lycoming T55 lineage
- Shaft power
- 3,356 kW
- 4,500 shp at 100 % load
The hardware
Not a concept. A machine in development.
This is the EPCU: the SiC conversion module at the heart of every unit, shown as designed. It swaps out as a unit. A stack of them carries the full 3 MW.
- Module mass
- 67 kg (148 lb)
- DC link
- 1500 V
- Paralleled capacity
- 400 kW – 3.2 MW
- Switching
- Silicon carbide
Markets
Built for the places the grid can't reach in time.
Defense
Expeditionary power without the fuel-farm logistics tail. Configurable buses for whatever the mission plugs in.
For defenseDatacenters
Bridge the interconnect queue. Bring generation to the site instead of waiting years for the grid to arrive.
For datacentersEmergency response
Megawatt-class restoration for FEMA staging areas, hospitals, and water infrastructure when the grid is down.
For emergency responseOil & gas
Electric frac spreads and remote operations, powered on-site, miles from the nearest substation.
For oil & gasLightweight
Turbine physics puts megawatts in a fraction of the mass of conventional generation. Less to ship, less to crane, less to site: mobility is the point.
Scales in units
Need more than 3 MW? Add units. Fleet growth is a delivery schedule, not a construction project.
Serviceable by design
Cooling, power electronics, and the turbine-generator set are independent modules. Service is quick because you swap one without touching the rest.
Grid-independent
Designed for where the grid isn't, or isn't enough. Your bus, your voltage, your frequency.
Fleet accountability
Every delivered unit is visible to you in a secured portal: configuration, status, service history, documentation.
Tell us about your site. We'll tell you what a unit can do there.
A 3 MW deployment is a conversation, not a checkout. It starts with your load, your bus, and your timeline.