Turbines
Existing and older gas turbines sourced and assessed for acquisition, refurbishment and redeployment.
Explore turbinesAI infrastructure.
Starting with power.
We are developing AI infrastructure around existing generation assets—bringing together equipment, suitable sites and specialist expertise to support the path from power to compute.
Generation
Electrical infrastructure
Cooling
Compute
Older gas turbines, ready for a second life.
Capable gas turbines sit idle in stranded, mothballed and retiring plants. We find them, verify their history and condition, and match them to projects that need power sooner than new equipment can be delivered.
- FoundIdle and stranded plants, preserved units, insolvency and asset sales.
- QualifiedRunning hours, inspection records and on-site condition checks.
- RedeployedDismantled, refurbished and recommissioned where the power is needed.
How soon can you have power?
Set the capacity, market and date you need, then compare an existing unit with new equipment and a new grid connection.
An existing unit typically reaches power in 12–24 months, against five years or more for a new heavy-duty turbine.
- Existing unit, redeployed12–24 months
- New gas engines18–33 months
- New aeroderivative turbines2–4 years
- New heavy-duty turbine5½–7 years
- New grid connection4–10 years
The United States runs a 60 Hz grid. We source 60 Hz units, or plan the generator and gearbox changes a 50 Hz unit needs.
Discuss your timeline
Sources and assumptions
- New heavy-duty and smaller turbines: lead times of about five years and 18–36 months (Wood Mackenzie, via Utility Dive). Heavy-duty units ordered in 2026 arrive around 2031 (GE Vernova, Q2 2026).
- Gas engines: lead times of 12–24 months (Energy News Beat).
- Grid connection: a median of more than five years from request to operation for US projects built in 2025 (Berkeley Lab, Queued Up 2026), and up to a decade where grid upgrades are needed (Enki AI).
- Installation periods and the existing-unit route are Selnovix planning ranges. Unit counts assume 5–20 MW engines, 30–60 MW aeroderivatives, 100–400 MW heavy-duty units and 30–300 MW existing units.
Four capabilities. One development approach.
Power
Generation options for temporary supply, long-term operation and integration with the grid.
Explore powerAI campuses
Facilities planned around power, cooling, connectivity and room to expand.
Explore AI campusesCompute
Dedicated GPU capacity planned around your workload, location and operating requirements.
Explore computeWhere we work.
Fifteen markets across four regions. Each has its own grid, frequency and path to firm power, so our focus differs from market to market.
Americas
- United States60 Hz
Bridge-to-grid and behind-the-meter gas power for AI campuses.
- Canada60 Hz
Off-grid gas-fired power for AI campuses in Alberta.
- Mexico60 Hz
On-site generation for data-centre clusters short of grid capacity, such as Querétaro.
- Brazil60 Hz
Gas-fired firm power for data-centre growth around São Paulo.
Europe
- United Kingdom50 Hz
Units from retiring CCGT fleets, and on-site power for sites waiting on a grid connection.
- Ireland50 Hz
On-site dispatchable generation for data centres connecting to the grid.
- Germany50 Hz
Power for the Frankfurt data-centre market, and units from reserve and retiring plants.
Middle East and Africa
- Saudi Arabia60 Hz
Heavy-duty gas turbines for utility-scale power and data-centre campuses.
- United Arab Emirates50 Hz
Gas-fired power for large-scale AI campuses.
- South Africa50 Hz
On-site generation for data centres facing grid shortfalls.
Asia-Pacific
- India50 Hz
Sourcing idle and stranded gas turbines, and plant acquisitions through asset and insolvency sales.
- Malaysia50 Hz
Power for the Johor data-centre corridor.
- Indonesia50 Hz
Captive gas-fired power for industrial parks and data centres.
- Japan50/60 Hz
Units matched to a split grid: 50 Hz in the east, 60 Hz in the west.
- Australia50 Hz
Gas firming and peaking capacity for a renewables-led grid and data-centre growth.
Existing assets create a different starting point.
A turbine, a generation site or an existing grid connection can anchor a new project. We value each on its condition, commercial rights and suitability for the intended use.
We identify what can be reused, what needs upgrading and what must be built—then assess the complete route to operation.
ReuseUpgradeBuild
Start with the requirement.
Developing a data centre?
Discuss the site, facility or power requirement.
Let’s define your next deployment.
Tell us the capacity, location and target date. We will assess the fit and set out the next steps.