Engineered for industry-leading power output and fuel savings
The SGT-A65 (Industrial Trent 60) has established a new benchmark for power output as well as fuel and cost savings. With this highly flexible gas turbine you will benefit from high power and efficiency ratings with only a minimal drop-off at part-load and reduced-speed conditions. It is available with Wet Low Emission (WLE) and Dry Low Emission (DLE) combustion systems.
SGT-A65 (Industrial Trent 60) gas turbine highlights
For a simple cycle SGT-A65 package, the start-up sequence time is designed to be less than 7 minutes – from pressing the start button to reaching full base load. This includes an allowance for a simple cycle exhaust system purge. A 5 min cold start option is available upon request under consideration of project specifications.
One of the most efficient gas turbines on the market, the SGT-A65 provides up to 71 MW in simple cycle service at 43.8% efficiency. With its fast cold start capability and high cyclic life, this engine can rapidly add power to the grid to compensate for fluctuating and variable renewable and other energy sources – making it your ideal solution for peaking markets.
Ingenious design to the core
The SGT-A65 is designed for flexibility so that you can use the same engine for power generation as well as mechanical drive service, without any changes. The mechanical arrangement uses three coaxial independently rotating shafts contained within a carcass of axially joined circular cases.
SGT-A65 packages
The package is designed for quick installation and easy maintenance in the field. The package contains all components and subsystems that we have carefully selected and optimized to support the SGT-A65 gas turbine:
Core engine, enclosure, base frame, air intake, exhaust collector, engine control system, fuel metering skid, lubricating systems, starter system, vibration monitoring system, firefighting system, package ventilation system, instrumentation, gearbox (if needed).
The SGT-A65 fires up
The SGT-A65 exhaust hood can be rotated in 3 directions, which allows customized configuration depending upon the available space. The power density of high aeroderivative power in a small and lightweight package is well suited for land use with more green open space.
A scope to fit your needs
We can offer the scope according to your needs:
- Package
- Power train
- Thermal equipment
- Power island
- Power block
- Complete power plant
Comprehensive services to support you
Our comprehensive portfolio of services provides low life cycle cost and optimum performance throughout the turbine’s life cycle: Long Term Programs (LTP), overhaul service, field service, spare parts, service exchange, remote diagnostic service, and modernization and upgrades.
Whether for scheduled service or short-term support, our specialists are there for you, on-site all over the world.
Maintenance of the SGT-A65 engine can be accomplished quickly and easily due to the aero engine design.
Fuel flexibility matters
DLE – 34 to 48 WI / WLE – 34 to 52 WI
Liquid fuel operation
Due to the aeroderivative heritage, the SGT-A65 can operate on liquid fuels without an EOH (equivalent operating hour) penalty. In fact, the SGT-A65 has shown complete liquid operation without performance or component life degradation.
Equipped with WLE burners, the engine is capable to burn up to 100 vol% of hydrogen (H2).
With DLE burners, the hydrogen capability is up to 15 vol%.
SGT-A65 DLE: Performance data for simple cycle power generation
SGT-A65 WLE: Performance data for simple cycle power generation
*Other fuels on request; automatic changeover from primary to secondary fuel at any load
**NOX emissions at 15% O₂ on fuel gas (with DLE)
Note: ISI – Inlet Spray Intercooling (wet compression water to the compressor inlet)
Performance data for combined cycle power generation / 50 Hz/ 60 Hz
SGT-A65 WLE water injected. ISI - Inlet Spray Intercooling (wet compression water to the compressor)
WLE also available without ISI
WLE (with and without ISI) performance for Combined Cycle available upon request
