VAST gas turbines reduce blackouts and increase profitability — delivering dispatchable power that earns peak revenue while enabling the renewable energy transition.
VAST allows you to stop playing Russian roulette with blackout grids.
When summer heat cripples conventional turbines, grids lose capacity exactly when demand peaks. VASTIG turbines flip that script — maintaining constant power output with full emissions control as ambient air temperature rises.
At operating pressures above 60 bar, VASTIG turbines actually increase net power available while competitors derate. That means reliable dispatch when your customers — and your revenue — need it most.
Argonne National Laboratory reports that VASTbackup enhances the stability of microgrids powered by renewable energy — especially critical during peak-demand heat events.
Renewable microgrids live and die by backup response time. The VAST FastRamp turbine ramps to full load in seconds — not minutes — delivering the rapid startup essential for grid reliability when solar and wind drop offline without warning.
Speed isn't just operational insurance. It's a revenue strategy. Capture premium prices paid for quickly delivered power and turn your backup assets into active profit generators.
Argonne National Laboratory validates that VASTbackup provides the >100% dispatchable backup essential to reliable, renewable grids — with ramp rates conventional peakers cannot match.
Fuel is the largest line item in any power plant's operating budget. The patented VAST Power Cycle increases generating efficiency by approximately 24% over a simple-cycle gas turbine — turning every molecule of fuel into more electrons on the wire.
That efficiency translates directly to the bottom line: 19% lower fuel costs for the same power output. Lower OpEx compounds over the life of the asset, making VAST the most economical choice for dispatchable generation.
Argonne National Laboratory: "Boosting Brayton cycle efficiency by 24%" — independently validated performance that redefines what's possible from gas turbine hardware.
Capital efficiency wins projects. VAST lowers CapEx per megawatt by 37% compared to simple-cycle peakers and 48% compared to a combined cycle (one gas turbine plus one steam turbine) — delivering more power from a simpler, smaller plant footprint.
Lower CapEx is only half the story. VAST's precise thermal management significantly reduces turbine fatigue, cutting maintenance costs and extending asset life. Less metal stress means less downtime and lower lifetime OpEx.
Argonne National Laboratory thermo-economic analysis confirms VAST's cost advantages over conventional Brayton and combined-cycle configurations.
VAST's ultra-clean combustion achieves less than 1 ppmvd NOx and CO — without catalytic after-treatment, without SCR systems, without the capital and maintenance burden of emissions control add-ons.
On natural gas, VAST Power creates approximately 19% less CO₂ than conventional peaker turbines. The exhaust is so clean you can breathe it — enabling urban siting and community acceptance that dirty peakers will never achieve.
Argonne National Laboratory report confirms CO and NOx emissions below 1 ppmvd — validated ultra-clean combustion without catalytic treatment.
Backup power doesn't have to be a stranded cost. VAST delivers dispatchable generation that earns peak-price revenue — turning your reliability assets from a cost center into a profit center.
More power generates more profit. With higher net output, faster ramping, lower fuel costs, and reduced CapEx, every hour of operation contributes more margin than conventional alternatives. VAST doesn't just keep the lights on — it keeps your balance sheet strong.
Argonne National Laboratory reports that VAST provides a new, more cost-effective backup power generation system essential to enabling the renewable energy transition.
Explore our national lab partnerships and download the full Argonne-validated performance report.