Reliable Power
For Hyperscale Operations.
Gas2Power designs and delivers LNG-to-power infrastructure purpose-built for hyperscale and enterprise data centers — providing the dedicated baseload generation, behind-the-meter supply, and fuel security that AI workloads and cloud infrastructure demand.
Performance Guarantees
— Powering AI Infrastructure
The power demand of AI requires a new infrastructure model.
Global AI compute infrastructure is growing at a rate that utility grid expansion cannot match. A single hyperscale AI training campus can require 200–500 MW of continuous, uninterrupted power — exceeding the grid capacity of mid-sized cities and operating on connection timelines measured in years, not months.
Gas2Power delivers LNG-to-power infrastructure specifically designed for the power requirements of hyperscale AI and cloud operators — providing dedicated, campus-adjacent generation with the reliability, density, and speed of delivery that the AI infrastructure build-out demands.
Through our Build-Own-Operate model, hyperscale operators access dedicated power infrastructure without capital deployment — receiving guaranteed generation capacity at contracted availability under long-term power supply agreements.
99.98%
Uptime SLA
— Infrastructure Solutions
Built for hyperscale. Engineered for uptime.
— Hyperscale Expansion
Scalable Capacity for Hyperscale Operators
Hyperscale data center campuses require power infrastructure that scales from hundreds of megawatts to gigawatts — on timelines that utility grid connections cannot meet. Gas2Power structures LNG-to-power solutions that deliver incremental generation capacity in alignment with campus build-out phases, allowing operators to scale power precisely as rack capacity expands without stranded capital or grid dependency.
- Phased generation delivery matching campus build-out
- Scalable from 50 MW to 500+ MW per campus
- Modular configuration for incremental expansion
- Long-term capacity reservation agreements
— Dedicated Generation
Dedicated Power Infrastructure for Critical Facilities
Gas2Power positions each data center client as the sole beneficiary of dedicated power generation infrastructure — not a shared utility customer subject to grid constraints and competing demand. Dedicated generation plants sited on or adjacent to the campus deliver power directly to facility switchgear, eliminating transmission losses, grid instability risk, and third-party dependency from the supply equation entirely.
- Single-tenant dedicated generation plants
- Campus-adjacent siting for direct power delivery
- No transmission loss or grid dependency
- Contractual capacity exclusivity guarantees
— Behind-the-Meter Power
Private Generation at the Campus Boundary
Behind-the-meter LNG-to-power generation positions the power plant on the data center side of the utility meter — meaning the operator controls their energy supply independently of grid tariffs, curtailment orders, and network events. Gas2Power structures, builds, and operates behind-the-meter power systems under long-term service agreements, giving hyperscale operators fuel-cost stability, power price certainty, and supply sovereignty.
- On-campus or campus-boundary generation siting
- Independence from grid tariffs and curtailment
- Fixed-price long-term power supply agreements
- Direct integration with facility power management systems
— Energy Security
Reducing Grid Dependence for Critical Operations
Grid-dependent data centers are exposed to utility network events, regional capacity shortfalls, forced curtailment, and regulatory interventions — all of which create unacceptable risk for AI training infrastructure and cloud services with global SLA commitments. Gas2Power's LNG-to-power generation systems operate independently of the local utility grid, providing hyperscale operators with energy security that no grid connection can guarantee.
- Full independence from utility grid failures
- On-site LNG fuel reserves for extended autonomy
- No single point of failure in the supply chain
- Emergency generation integrated at N+1 redundancy
— Continuous Baseload Power
Uninterrupted Power for Continuous Operations
AI model training, real-time inference, and cloud infrastructure workloads operate continuously — any interruption carries direct operational and reputational cost. Gas2Power's combined cycle LNG-to-power plants operate as continuous baseload generation assets, engineered for maximum availability with planned maintenance windows scheduled around operational requirements. Our 99.98% availability SLA is backed by N+1 generation redundancy and 24/7 operations center monitoring.
- Combined cycle CCGT for continuous baseload operation
- 99.98% availability SLA with N+1 redundancy
- Planned maintenance aligned with operational windows
- Automatic load transfer under 1 second
— Technical Capabilities
Purpose-built infrastructure. Operational from day one.
— Primary LNG Generation
Baseload LNG-to-Power
Combined cycle and open cycle LNG-to-power generation systems delivering consistent, high-density baseload power to hyperscale campuses and large-scale enterprise data center facilities.
- Combined cycle and open cycle gas generation
- High power density per campus footprint
- Scalable from 50 MW to 500+ MW
- 99.7%+ operational availability
— Emergency & Backup
Always-On Redundancy
N+1 and 2N backup power systems ensuring primary generation failures result in zero visible downtime for critical compute infrastructure. Sub-second automated transfer eliminates interruption at the workload level.
- N+1 and 2N redundancy architectures
- Sub-second automated transfer switching
- Continuous load testing and verification
- Integration with UPS and battery systems
— On-Site LNG Storage
Fuel Security On Campus
On-site LNG storage solutions giving data center operators fuel security and supply independence — critical for facilities in markets where pipeline gas infrastructure is constrained or subject to supply interruption.
- Cryogenic LNG storage tanks and vaporizers
- 72h+ on-site fuel autonomy
- Automated delivery scheduling
- Integrated safety and monitoring systems
— Remote Monitoring
24/7 Operational Intelligence
Gas2Power's operational intelligence platform provides continuous remote monitoring of all generation assets — with real-time alerts, predictive maintenance scheduling, and SLA reporting for data center uptime requirements.
- Real-time SCADA and sensor monitoring
- Predictive maintenance and fault detection
- Automated SLA reporting
- 24/7 operations center support
Performance at Scale
Project delivery metrics across our global LNG-to-power infrastructure portfolio.
LNG Capacity
Annual throughput across global terminals
Uptime SLA
Operational reliability across all facilities
Power Generated
Total generation capacity delivered
Markets Served
Countries operating Gas2Power solutions
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