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OpFlex AutoTune solutions for B and E class
Slash maintenance costs, manage emissions, and extend availability with proven DLN1/1+ combustor tuning technology.
Today’s challenge for operators
Getting maintenance costs under control
By automating a traditionally costly, time-consuming manual tuning process, AutoTune for B and E class can help eliminate downtime and associated costs, as well as maintain stable emissions as load and ambient conditions vary.
OpFlex AutoTune for B and E features
OpFlex AutoTune for B and E class combines a robust turbine control technology known as Corrected Parameter Control (CPC) with an optional emissions and/or combustion dynamics signal to expand the DLN1/1+ combustor’s low emissions operating envelope.
This actively controls parameters that are normally set and left static, so tuning can be automated to maintain low emissions and combustor dynamics across a larger range of both ambient conditions and load levels.
Videos
Get a closer look at AutoTune
AutoTune case study: Great River Energy
AutoTune overview
On-demand webinar and Q&A
Plant flexibility: Adapting to stay relevant
Operators and plant managers are experiencing rapid change as the evolving energy landscape impacts their power plants' operating profiles. The ability to adapt and be flexible is key to remaining relevant.
Explore our portfolio
Other OpFlex Combustion Versatility solutions
Take a look at how OpFlex Combustion Versatility can make your plant even better.
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AutoTune for F class
Explore AutoTune’s ability to mitigate combustion dynamics events for your F-class turbine, making seasonal combustor retunings a thing of the past.
Explore AutoTune’s ability to mitigate combustion dynamics events for your F-class turbine, making seasonal combustor retunings a thing of the past.
AutoRecover
Automated detection of and recovery from DLN1/1+ Primary Re-Ignition (PRI) events, providing fast restoration of premixed mode with no interruption of high/baseload operation. Compatible with transfer and transferless DLN systems.
Automated detection of and recovery from DLN1/1+ Primary Re-Ignition (PRI) events, providing fast restoration of premixed mode with no interruption of high/baseload operation. Compatible with transfer and transferless DLN systems.
Enhanced Transient Stability (ETS)
An advanced Model-Based Control (MBC) architecture for GT operation plus grid stability software package to help ensure reliable transient operation.
An advanced Model-Based Control (MBC) architecture for GT operation plus grid stability software package to help ensure reliable transient operation.
OpFlex Combustion Versatility
Get a high-level look at our Combustion Versatility suite of solutions. Go now
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