Facility is ready, GPUs are contracted, the only thing missing is power.
EnQuest is the engineering and fabrication partner that delivers behind-the-meter natural gas power for data centers and AI infrastructure facing multi-year grid delays. We turn an engine into a complete, permitted, code-compliant power system, and we keep it running once it's deployed. So your facility starts generating compute revenue while everyone else waits in the interconnection queue.
The bottleneck nobody priced in
The capital is ready. The demand for compute has never been higher. The constraint is power, and the numbers are brutal:
Interconnection queues run 4-7 years in key markets, with utilities in Northern Virginia pausing new connections entirely at points. Transformer lead times have reached 120-210 weeks and AI data centers are projected to need 68 GW of additional power by 2027, faster than the grid can serve.
Every day a facility sits dark is a day of idle GPU investment at NVIDIA contract prices, and a day a competitor's models are training while yours are not. In a market moving this fast, that gap becomes a competitive position you may not get back.
Why EnQuest for data center power
EnQuest brings something most power vendors don't: the engineering and in-house fabrication to deliver a complete, site-ready power system, not just an engine on a pad.
Behind-the-meter, stationary power, engineered to your permit. Stationary natural gas generation is the right answer for a facility awaiting permanent grid connection, sized to carry the load for the duration and engineered to clear the site's air permit. Stationary gas engines are configured with lean-burn combustion and integrated SCR aftertreatment to meet the fixed-site NOx limits those permits impose, the compliance path that temporary and mobile units struggle to satisfy. We solve emissions compliance before the unit ships, not at site certification.
You bring the engine. We make it all work. EnQuest engineers and fabricates the complete system around your engine or your OEM (original equipment manufacturer) partner's: the skid, the enclosure, the gas train, electrical integration, controls, and emissions packaging. Skid-mounted or containerized, tested and documented, ready to commission.
Real production capacity. While competitors quote 70-90+ week lead times, EnQuest delivers from a 200-person team in a 157,500 sq ft ISO 9001:2015-certified facility, with structural fabrication in the same building as integration and test.
Uptime protected after deployment. Data centers commit to 99.9%+ uptime SLAs (Service Level Agreements). EnQuest Power Generation Lifecycle Services provides SLA-backed maintenance and 24/7 emergency field service from the team that built the equipment, because the relationship doesn't end at commissioning.
The proof: the leaders already do this
When xAI built Colossus, one of the largest AI supercomputers in the world, they didn't wait for the grid. They powered it with on-site natural gas generation ahead of permanent connection.
Behind-the-meter gas power isn't a workaround. It's the strategy the most ambitious AI infrastructure projects are already using.
Built for carbon commitments, not against them
Natural gas runs 38-45% cheaper than diesel for the same output, and produces roughly 25-30% less CO2 per kWh. For a facility with public carbon commitments, diesel commissioning power is its own ESG reporting problem. Natural gas, paired with battery storage where it fits, is the cleaner, cheaper bridge that holds up in front of investors and boards.
EnQuest solutions for data centers
Data Center Power - Stationary and mobile natural gas power generation, engineered and packaged behind the meter.
Battery Energy Storage - UL 9540-compliant, US-manufactured BESS for peak shaving, firming, and hybrid power.
Power Generation Lifecycle Services - SLA-backed (Service Level Agreement) maintenance and 24/7 emergency service to protect uptime once you're deployed.