50 MW-class gas turbine arrays paralleled in N × 50 MW blocks (~24 months). Containerized gas genset arrays from 1–10 MW per container (~20 weeks build, then hours-to-days on-site deploy). 3.2 MW mobile gas turbine power vehicles (~20 weeks build, then hours-to-days deploy on arrival). 100 kW – 4 MW diesel gensets for emergency, bridge, and backup duty. Build your MW target without waiting for a single long-lead frame machine while the load is already contracted.
Still faster than the 2–3 year industry queue for giant frame turbines. F-class heavy-duty industrial gas turbine package for continuous, peaking, and combined-cycle duty. The reference platform is a 52 MW(e) single-unit machine running at 6,000 rpm — 17-stage axial compressor, 12-can DLN (Dry Low NOx) can-annular combustor (hydrogen-blend ready), 4-stage cooled axial turbine, and axial exhaust. 35% simple-cycle efficiency at ISO rating, third-party performance validated. In a combined-cycle configuration with steam bottoming, the block delivers 75 MW(e) at 52% efficiency, with up to 87% total efficiency available in cogeneration. Built on the same production line that supplies the world’s top-tier OEMs — 60+ units up to 200 MW already in the field with 7,000+ field-verified operating hours and climbing. Instead of waiting for a single giant frame machine to 2030, array 50 MW-class units to hit 300 / 500 / 1,000 MW — installed and commissioned inside a typical ~24-month production cycle.
The recommended platform for 10–100 MW AI data center bridge power. Skid- and container-mounted natural gas gensets engineered for rapid multi-unit deployment — the same platform used on a 100 MW, 100-container AI data center energy center where four 1,100 kW gensets are paralleled per container. Each container is fully engineered to North American standards — fuel, cooling, denitrification, paralleling switchgear, and controls factory-integrated and tested — so build time is ~20 weeks from PO to ship. On site, the payoff is dramatic: stacked containers connect to a slab and interconnect and energize within hours-to-days, not the months a stick-built plant requires. Stack containers to hit your MW target in weeks instead of years. Engineered for −35.9°C to +44°C continuous duty.
Once on site, the fastest path to real MW. Trailer-mounted aero-derivative gas turbine genset engineered for emergency and bridge power — full load in under 30 seconds from cold, 2.5-second recovery on a 50% load step, and continuous operation down to −35°C and up to 5,000 m altitude. Two-vehicle architecture (main propulsion vehicle plus auxiliary fuel / cable-reel vehicle) delivers ≥ 8 hours full-load runtime per refuel on diesel, aviation kerosene, or dual fuel. Build time is ~20 weeks because each vehicle is engineered, integrated, and acceptance-tested to North American standards — but once it rolls onto your site, it energizes in hours-to-days. Array multiple vehicles to bridge until containerized arrays or frame turbines arrive.
The proven instant-on workhorse. Diesel generator sets ship from stock or in weeks for emergency standby, bridge prime power, and mission-critical backup — from 100 kW containerized units to 4 MW skid-mounted prime sets. Available in open frame and sound-attenuated enclosures with extended runtime fuel systems, automatic transfer switches, and paralleling controls for N+1 / 2N data center topologies. HVO-biofuel compatible and Tier 4 Final / Stage V emissions-capable. Ideal as first-pulse power before gas infrastructure is energized, or as permanent backup once prime power is running.
Our F-class heavy-frame turbine OEM is a high-end equipment manufacturer founded in 1958 with full independent R&D — its 50 MW-class platform completed third-party performance validation in July 2025 and signed first commercial operation in September 2025. Our containerized gas genset OEMs deliver multi-MW arrays commercially proven at 100 MW / 100-container scale. Our mobile power vehicle partner is a National High-Tech Enterprise with R&D across 80+ gas turbine models and co-author of China’s Aero-Engine Test Cell Design Standard. We select the right OEM for each platform and duty profile.
Share target MW, fuel availability (NG, associated gas, biogas, diesel, dual-fuel), site altitude, and the date you need power on the bus. We’ll map your load across the right mix of platforms with a schedule and budget inside 24 hours.
Preliminary sizing & budget pricing back in 24 hours. One-line diagram or rough specs is enough — we'll fill in the rest.