More efficient and reliable power for your industrial operations

As Indonesia’s industrial sector continues to grow rapidly, GE’s aeroderivative gas turbines are an excellent choice for the sector’s needs. Derived from GE’s renowned aviation technology, our aeroderivative power portfolio features highly flexible and mobile technologies for a wide variety of applications, including local generation, heating, and mobile power.

The aero advantage for industrials

Aeros’ high efficiency, high availability, and fuel flexibility provide both a competitive levelized cost of electricity (LCOE) and reliable on-site power generation for manufacturing and production plants. With up to 50% electric efficiency and 90% CHP efficiency (combined heat and power), GE’s aeroderivative gas turbines are an excellent choice for the industrial sector’s needs.

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Let’s find the right solution for you.
Industrial companies need a reliable and flexible source of power to continue running operations without unnecessary delays. GE works to customize solutions that fit these needs. Let’s start the conversation.

WHITE PAPER: BRINGING POWER TO INDONESIA’S INDUSTRIALS

Aeroderivative gas turbines driving combined heat and power plant (CHP) applications

In this white paper, you'll learn more about what makes aeroderivative gas turbines highly flexible and mobile technologies that can be used for a wide variety of industrial plant applications in Indonesia.

Benefits to Indonesia’s industrial applications

Blog: Delivering flexible power with aeroderivative gas turbines in Indonesia

Hear from GE Indonesia CEO Handry Satriago on what makes aeroderivatives so special, and so well-suited to Indonesia and its unique geographical and industrial needs.

Choose the solution that fits your production needs
The table below lays out the different aeroderivative solutions GE offers depending on your power needs. If you don't see what you're looking for, reach out to us and we’ll work together to find the solution you need.
MODEL POWER OUTPUT (50Hz)/ EFFICIENCY BEST FOR START TIME/RAMP RATE  SITE INSTALLATION TIME (DAYS)
LM2500

32.5 MW/36.5%

Peaking, mid merit and industrial power applications, suitable for all applications with a smaller power requirement <5 min,
30 MW/min
<40
TM2500 33.6 MW/34.8% Mobile power applications available within 3 months, fast track or short-term duration projects <5 min,
30 MW/min
11
LM6000 57 MW/41% Peaking, mid-merit and hybrid grid firming, CC, and Combined Heat and Power (CHP) <5 min,
50 MW/min
<40
LM9000 70MW/42% Ideal for peaking applications. Modular package design for shorter manufacturing cycles and faster installation, with lower operational costs than field-erected units. Compact footprint helps meet stringent space requirements. <10 min~
50 MW/min
35
LMS100 117 MW/43% Built for hot environments. Highest SC efficiency in merit order 8 min
50 MW/min
98
SC= Simple cycle, CC = Combined-cycle. Performance data above based on ISO conditions (15 deg C/60% RH, Sea Level)
MODEL LM2500
Power Output 32.5 MW/36.5%
Best For Peaking, mid merit and industrial power applications, suitable for all applications with a smaller power requirement
START TIME FROM STARTUP/RAMP RATE <5 min,
30 MW/min
SITE INSTALLATION TIME (DAYS) <40

MODEL TM2500
Power Output 33.6 MW/34.8%
Best For Mobile power applications available within 3 months, fast track or short-term duration projects
START TIME FROM STARTUP/RAMP RATE <5 min,
30 MW/min
SITE INSTALLATION TIME (DAYS) 11

MODEL LM6000
Power Output 57 MW/41%
Best For Peaking, mid-merit and hybrid grid firming, CC, and Combined Heat and Power (CHP)
START TIME FROM STARTUP/RAMP RATE <5 min,
50 MW/min
SITE INSTALLATION TIME (DAYS) <40

MODEL LM9000
Power Output 70MW/42%
Best For Ideal for peaking applications. Modular package design for shorter manufacturing cycles and faster installation, with lower operational costs than field-erected units. Compact footprint helps meet stringent space requirements.
START TIME FROM STARTUP/RAMP RATE <10 min~
50 MW/min
SITE INSTALLATION TIME (DAYS) 35

MODEL LMS100
Power Output 117 MW/43%
Best For Built for hot environments. Highest SC efficiency in merit order
START TIME FROM STARTUP/RAMP RATE 8 min
50 MW/min
SITE INSTALLATION TIME (DAYS) 98

SLIDE TO SEE MORE

BEST FOR:
Peaking, mid merit and industrial power applications, suitable for all applications with a smaller power requirements
Power Output (50Hz)/Efficiency 32.5MW / 36.5%
Start up time/Ramp rate <5 min / 30MW/min
Site Installation time <40 days

BEST FOR:
Mobile power applications available within 3 months, fast track or short-term duration projects
Power Output (50Hz)/Efficiency 33.6 MW / 34.8%
Start up time/Ramp rate <5 min / 30MW/min
Site Installation time 11

BEST FOR:
Peaking, mid-merit and hybrid grid firming, CC, and Combined Heat and Power (CHP)
Power Output (50Hz)/Efficiency 57 MW / 41%
Start up time/Ramp rate <5 min / 50MW/min
Site Installation time <40 days

BEST FOR:
Ideal for peaking applications. Modular package design for shorter manufacturing cycles and faster installation, with lower operational costs than field-erected units. Compact footprint helps meet stringent space requirements.
Power Output (50Hz)/Efficiency 70MW / 42%
Start up time/Ramp rate <10 min~ 50 MW/min
Site Installation time 35

BEST FOR:
Built for hot environments. Highest SC efficiency in merit order
Power Output (50Hz)/Efficiency 117 MW / 43%
Start up time/Ramp rate 8 min 50 MW/min
Site Installation time 98




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Support for a wide variety of industrial plants

GE has installed aeroderivative gas turbines across nearly every industrial plant type to drive improved efficiency and reliability. See some of the plant types GE has powered below:

CHEMICAL & PETROCHEMICAL REFINERIES

MINING & SMELTER PLANTS

FERTILIZER PLANTS

FOOD & BEVERAGE PLANTS

PRODUCTION & MANUFACTURING PLANTS

TIMBER & WOOD CHIP MILLS

COAL & MINING PLANTS

FOOD & BEVERAGE PLANTS

PRODUCTION & MANUFACTURING PLANTS

CHEMICAL & PETROCHEMICAL REFINERIES

FERTILIZER PLANTS

TIMBER & WOOD CHIP MILLS

See how GE’s distributed power solutions can spur growth in Indonesia

Rural electrification presents considerable challenges in areas that are difficult to connect to a central grid. Here’s how GE’s distributed power solutions are spurring growth in Indonesia and around the world.

Let’s find the right solution for you.
Industrial companies need a reliable and flexible source of power to continue running operations without unnecessary delays. GE works to customize solutions that fit these needs. Let’s start the conversation.