Rapid · scalable · mission-ready
PTE modular turbine power
Containerized generation designed for fast deployment, flexible scaling and dependable onsite power.
Technology portfolio
Advanced energy systems.
Reliable, scalable energy for critical infrastructure, communities, industry and the evolving grid — beyond solar, beyond batteries.
Generation. Storage. Thermal energy. Intelligent integration.
A diversified energy platform
The right energy architecture begins with the application.
NASG evaluates each application and integrates the right energy solution around performance, resilience and lifecycle value.
Capture · store · dispatch
Q3 thermal solar & storage
Dispatchable thermal energy designed to extend clean energy availability beyond daylight hours.
Transportable power + useful heat
Flux Ember
Containerized generation, storage, controls and thermal recovery for rapid response and infrastructure-constrained locations.
Point-of-use distributed generation
Flux Home
Compact solid oxide fuel cell technology that converts natural gas into electricity and useful thermal energy at the grid edge.
Energy applications
Energy solutions in action.
NASG combines generation, storage, thermal recovery, controls and advisory services to support each operating mission. One portfolio. Multiple configurations. A solution built around your priorities.
Configured around the missionThe site and the operating environment set the architecture.
Continuous, scalable power
Data centers & AI
Support high-density digital loads, rapid growth and mission-critical uptime requirements.
Dependable onsite capacity
Industrial operations
Strengthen energy reliability, manage demand, and support process and thermal requirements.
Local, resilient energy
Communities & remote sites
Enable essential services where grid access is limited, costly, unreliable or unavailable.
Rapid-deployable continuity
Emergency & resilience
Restore power and useful heat for shelters, command centers, recovery sites and responders.
An integrated energy architecture
Individual technologies, coordinated into one balance of reliability, flexibility, efficiency and control.
Grid-connected, off-grid or hybrid — the configuration follows the load, not the catalogue.
01
Energy inputs
Available fuels, thermal resources and grid conditions.
02
Generation
Modular, distributed or application-specific production.
03
Storage & thermal
Energy shifting, useful heat and operational flexibility.
04
Controls & critical loads
Intelligent coordination, monitoring, power quality and mission delivery.
Portable Turbine Energy
20 MW of continuous power in two 20-foot containers.
PTE pairs an aviation-derived turbofan gas generator with a synchronous alternator and ships the plant as two standard ISO containers — a power core and a controls module. It runs islanded, so no interconnection queue stands between a site and its first megawatt.
20 MWContinuous outputAt ISO conditions, at the point of use
< 10 minCold start to full loadBlack start, no external supply required
800 sq ftTwo-container footprint1,000 sq ft pad with working clearance
UnlimitedDuty ratingPrimary or backup service, no runtime cap
- Net electrical output
- 20 MW continuous, ISO conditions
- Prime mover
- Aeroderivative turbofan gas generator
- Modules
- Module 1 power core · Module 2 electronic and software control
- Footprint
- Two 20 ft ISO containers, 800 sq ft
- Fuel
- Pipeline natural gas, LNG or CNG; dual-fuel diesel / HVO option
- Heat rate
- Approx. 9,200 Btu/kWh LHV, simple cycle
- Output voltage
- 13.8 kV, 3-phase, 60 Hz (50 Hz available)
- Emissions control
- Dry low-emission combustion; SCR option for single-digit ppm NOx
- Grid
- Islanded, grid-connected or microgrid operation
- Transport
- Road, rail or sea on standard ISO frames
Deployed forData centersDisaster zonesMilitary campsGrid solutionsPortsDigital hubs
Indicative specifications. Final configuration is set at site level against ambient conditions, fuel supply and emissions permitting. The system architecture is protected under U.S. Patent 9,920,648 B2. A prototype turbofan generator was built and run at PTE’s Seneca, South Carolina facility, logging 1,284 run hours on the test stand; the commercial product ships in the 20 MW, two-container configuration described here.
Fuel and emissions
It runs on what the site can actually get.
Fuel flexibility is what makes a turbine practical at a site the pipeline has not reached yet, and what keeps it running when one supply route fails.
- Pipeline natural gas
- Primary fuel — lowest cost wherever a lateral exists
- LNG or CNG
- Trucked supply for sites with no pipeline access
- Diesel or HVO
- Dual-fuel option for start-up and fuel-supply resilience
- Hydrogen blend
- Combustor path to blended hydrogen as supply matures
< 9 ppmNOx at 15% O2With SCR — meets BACT in most non-attainment areas
~50% lowerCO2 per MWhThan the diesel gensets it displaces
Near zeroParticulates and SOxRunning on natural gas
Emissions figures are indicative and depend on final combustor and aftertreatment selection. Engine test runs at PTE’s Seneca facility have additionally exercised methane, hydrogen–natural gas blends, biogas, syngas, flare gas, No. 2 fuel oil, diesel and jet fuel.
From order to first power
Thirty-six weeks, and the schedule runs in parallel.
Air permitting runs alongside the pad and fuel works rather than after them, which is what keeps the programme inside a year.
- Week 0–4Site walk
Load study and fuel supply plan.
- Week 4–32Civil and fuel
Concrete pad, fuel tie-in and cable route.
- Week 32–34Delivery
Units delivered by road and set on the pad.
- Week 34–35Commissioning
Protection, paralleling and load bank test.
- Week 36First power
Load in the hall.
| Time to energize | Route | Typical duration |
|---|---|---|
| PTE 20 MW unit | Factory-built, set on a pad | 36 weeks |
| Recip gas plant | Site-built, multiple engines | 12–18 months |
| Grid infrastructure build-out | Utility study, upgrade and substation | 5–7 years |
What the site provides
- Level pad, 1,000 sq ft per 20 MW unit
- Truck and crane access, with doors at each end
- Gas lateral, or a lay-down area for LNG
- A 13.8 kV tie-in to medium-voltage distribution
- Water only where evaporative cooling is used
What PTE delivers
- Air permit application and stack testing
- Noise modelling to the property line
- Transport permits, crane and set
- Protection, paralleling and commissioning
- Monitoring, maintenance and spares
Air permitting runs 8 to 16 weeks depending on jurisdiction. Once mobilised, installation of a mobile configuration completes in under 24 hours; the 36-week figure above is order to first power, including civil works and permitting.
Flux fuel cells
The gas already piped to the building, turned into always-on power.
Flux converts utility natural gas into electricity electrochemically — no combustion, and no fuel delivery to fail during a storm. Buried gas lines stay up when overhead power lines come down, which is what makes the fuel choice the product’s central argument.
Compact appliance for a home or small site
Flux Home
A 2 ft wide by 2 ft deep by 5 ft tall unit, wall- or garage-mounted, that ties into the building’s breaker panel through a hybrid inverter and battery. Waste heat can feed the hot water heater.
Containerized power for large sites and emergencies
Flux Ember
A single 20 ft container, trailer- or pad-mounted and delivered on a flatbed to the impact site. Pairs with atmospheric water generators, so one trailer can deliver both electricity and drinking water.
A 3 kW variant for remote communications
Flux Comm
A smaller configuration for telecom towers and remote communications sites that need continuous, low-maintenance power where no operator visits for months at a time.
- 01Natural gas line
The fuel already serving the building.
- 02Flux fuel cell
Electrochemical conversion — no combustion, and quiet.
- 03Inverter and battery
Conditioning and ride-through.
- 04Breaker panel
The building’s own distribution.
- 05Lights, appliances, HVAC
The whole building runs, grid or no grid.
- Homeowners, builders, developersFlux HomeOutages, grid-connection delays and off-grid lots
- Gas utilitiesFlux HomeAdds load to the gas network while relieving the electric grid, through a subscriber programme
- Gas stations and convenience storesFlux HomePumps take about 30 minutes to reboot for card payments, and refrigerated stock spoils
- Telecom towersFlux CommRemote sites need continuous, low-maintenance power
- First Nation and tribal communitiesFlux HomeEnergy sovereignty off-grid, or relief for a strained local grid
- High-rise buildingsFlux EmberElevators, pumps, life safety and tenants stay powered
- Emergency responseFlux EmberPower and clean water delivered to disaster sites within days
Primary duty
Always on, not just backup
Flux can serve as a site’s primary power source rather than an asset that only earns its keep during an outage.
No deliveries
Resilient fuel
No fuel trucks, no dependence on sun or wind, and no hydrogen supply chain to organise.
Utility alignment
Grid relief
Each unit removes load from the electric grid, which aligns Flux with utility non-pipes and load-management goals.
Appliance or container
Fast deployment
Flux Home installs like an appliance; Flux Ember ships in one 20 ft container on a flatbed.
One trailer
Power and water together
Paired with atmospheric water generators, a single mobile unit delivers electricity and drinking water to the same site.
Subscriber programme
Revenue for gas utilities
The subscriber model grows gas throughput while offering customers a premium resilience product.
Flux is delivered through targeted programmes — gas utility subscriber, First Nation access, high-rise building, forecourt retail, telecom and mobile emergency water and power. Rated electrical output, efficiency, installed cost, warranty terms and UL/CSA certification are confirmed per configuration during specification.
The integrated platform
Advanced Energy stands on its own.
It goes further connected.
NASG coordinates this capability with the other six — and with the strategy, partners and delivery disciplines that carry a program from decision to operation.
Energy solutions built around the application
- Resilient
- Onsite continuity
- Scalable
- Right-sized deployment
- Integrated
- Power, heat, storage, controls
- Flexible
- Grid-connected or independent
NASG professional services
Assessment · solution architecture · partner coordination · implementation support · optimization