Maximum Performance in a Modular Solution
All turbine power plants are hampered with decreasing performance during high ambient conditions. Turbine inlet chilling (TIC) coupled with a thermal storage tank is an effective way to maximize the output of gas turbine-based power generation or gas turbine-driven compressors. As compared to other turbine inlet conditioning, TIC provides the maximum performance benefit with active controls to a guaranteed level of performance.
Consistent, year-round performance for ambient conditions from 47°F to 115°F (8°C to 46°C)
Additional plant performance output without an additional emissions source
Guaranteed day ahead performance regardless of weather
PPA on baseload, spinning reserve on additional TIC capacity
Maximum performance from your most flexible, dispatchable gas turbine assets
Stable emissions performance throughout the operating envelope
Eliminates performance risk due to weather
Peaking power at optimal CTG heat rate
Thermal Storage – minimize the heat rate hit associated with the minimum load during daily cycling
Thermal Storage – renewables integration
Cost-effective energy storage
Maximize gas turbine performance with no auxiliary water use
A modular solution that is designed for maintainability including built-in lifting points, floor drains, access doors, quick disconnects, built-in cableways, etc.
Series chillers allow TAS to extract 14% to 19% more refrigeration capacity out of commercial chillers while improving energy efficiency by 12+%
Stored energy via a stratified thermal energy storage tank allows TAS to store energy in the form of chilled water – effectively a thermal battery
Variable turbine inlet temperature controls allow TAS to respond to rapid changes in grid load by rapidly varying the output of the gas turbine by adjusting the inlet turbine air temperature, which can supplement the variable generation caused by increased renewables
Design to suit to the site-specific gas turbine type, weather, and operating profile
Variable-speed pump for TIC/TES System allows the flow of chilled water from the TES tank to the TIC cooling coil to maintain T2 turbine inlet air temperature setpoints
Filter house/coil module retrofit experience
TES tank design and integration experience
Turnkey TIC retrofit experience
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1047 MWHrs of thermal energy storage systems delivered