Support AI and hyperscale workloads with ultra-reliable modular power. We combine fast-ramping generation and BESS to guarantee sub-cycle stability and uptime.
Multi-year utility interconnection backlogs and regional grid capacity shortfalls are delaying commercial operations for compute developers worldwide. TURBINE-X delivers fast-track, behind-the-meter modular power islands—pairing high-efficiency industrial and aeroderivative gas turbines and reciprocating engines with integrated BESS—to supply dedicated, utility-grade baseload power directly to high-density server halls on day one.
Our factory-tested systems are engineered for sub-cycle power quality, absorbing severe IT step-loads and dynamic swings without voltage sags or frequency collapse. By packaging generation, synchronizing switchgear, and walk-in medium-voltage E-Houses before mobilization, we remove on-site civil bottlenecks so hyperscalers and colocation operators can scale megawatt capacity at the speed of compute demand.
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Protect sensitive compute racks against utility outages with redundant N+1 prime movers, sub-cycle transient response, and integrated BESS reserve designed for seamless power continuity.
Compress multi-year commercial timelines with factory-packaged modular generation skids and walk-in E-Houses that deploy directly behind the meter without waiting for substation builds.
Manage severe AI training workload spikes and rapid server cycling using hybrid generator-storage synchronization that stabilizes bus frequency and prevents critical voltage sags.
Add compute capacity incrementally to match customer rack additions using vendor-neutral paralleling switchgear, standardized electrical tie-ins, and flexible modular layout.
Hyperscale and colocation facilities cannot afford to wait 3 to 7 years for regional transmission and substation upgrades. TURBINE-X delivers turnkey, skid-mounted industrial and aeroderivative gas turbines and reciprocating engine packages configured for immediate behind-the-meter deployment, providing data centers with total power sovereignty and speed to market.
By integrating sub-cycle battery storage (BESS) directly with rotating prime movers, we deliver instantaneous transient response, robust harmonic mitigation, and the power quality sensitive server racks demand.
Because our packages are pre-engineered on transportable skids and undergo extensive Factory Acceptance Testing (FAT) prior to shipping, we can commission commercial behind-the-meter power in months rather than the multi-year timelines typical of traditional utility substation interconnections.
We integrate Battery Energy Storage Systems (BESS) directly with fast-ramping aeroderivative turbines and reciprocating engines. The battery systems absorb immediate sub-cycle step loads, providing frequency and voltage stabilization while the prime movers modulate output.
As a vendor-neutral master integrator, we package tier-one rotating equipment tailored to site-specific heat rates and duty cycles—including Baker Hughes aeroderivative gas turbines, INNIO Waukesha gas engines, and Bergen, Doosan, or Cummins power blocks.
Yes. Our modular power islands and custom walk-in E-Houses are engineered with automated synchronizing switchgear and microgrid controllers that support true island-mode baseload operation, seamless utility paralleling, or hybrid peak-shaving architectures.
We integrate SMART CEMS (Continuous Emissions Monitoring Systems) alongside selective catalytic reduction (SCR) and fuel conditioning modules. Real-time telemetry streams exhaust gas metrics directly to operators, ensuring continuous compliance with air quality regulators.
We integrate SMART CEMS (Continuous Emissions Monitoring Systems) alongside selective catalytic reduction (SCR) and fuel conditioning modules. Real-time telemetry streams exhaust gas metrics directly to operators, ensuring continuous compliance with air quality regulators.
