GE’s LMS100 aeroderivative gas turbine provides a single, economical solution for the 100+ MW dispatch needs of nearly every global power segment. Offering ten-minute start times, unmatched hot day performance, load following and cycling capabilities, the LMS100 is a superior power generation solution for nearly every dispatch scenario.

Unmatched Simple Cycle Performance

Thanks to its innovative cooling system, the LMS100 can provide increased power output—no other gas turbine today has a greater efficiency.

Proven Technology - on a Larger Scale

The LMS100 comes from the CF6 family of aircraft engines, and the current fleet has over 350,000 operating hours, with over 44,000 starts.

Flexible Grid Support Without Load Reduction

Can provide power at part load as efficiently as most gas turbines at full load, and can operate with very little power loss, supporting the grid in times of high demand.
LM6000-PF+-9
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LMS100-PA+/PB

The LMS100 provides a single, economical solution for the dispatch needs of nearly every industry condition.

  • Leading simple-cycle efficiency (44 percent) in the industry supports grid stability and renewable energy adoption with less fuel needed. 
  • Offers two combustion technology configurations: single annular combustor with water, and dry low emissions (DLE).
  • Ten minute fast starts with cycling capability ensure total flexibility.
  • Ramps up to full power in less than 60 seconds when operating at 50% power, providing fast response to load demand variations.
  • 60 units in operation, with 350,000+ combined operating hours experience.
  • Construction includes modular “supercore”, which can be exchanged in less than four days to enhance plant availability.
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Product Specifications

LMS100

Product Sheet

LMS100
Net Output (MW) 112
Net Efficiency (%) 43.4%
Net heat rate (Btu/kWH, LHV) 7,869
Net heat rate (kJ/kWh, LHV) 8,302
Exhaust temp (C) 422
Exhaust temp (F) 792
Exhaust energy (MMBtu/hr) 360
Exhaust energy  (MMkJ/hr) 380
DLE/SAC Combustor Technology SAC
Emissions – Nox (ppm @15% O2) 25

LMS100

Product Sheet

LMS100
Net Output (MW) 135
Net Efficiency (%) 51.4%
Net heat rate (Btu/kWH, LHV) 6,633
Net heat rate (kJ/kWh, LHV) 6,998
Exhaust temp (C) 422
Exhaust temp (F) 792
Exhaust energy (MMBtu/hr) 360
Exhaust energy  (MMkJ/hr) 380
DLE/SAC Combustor Technology SAC
Emissions – Nox (ppm @15% O2) 25

LMS100

Product Sheet

LMS100
Net Output (MW) 271
Net Efficiency (%) 51.60%
Net heat rate (Btu/kWH, LHV) 6,614
Net heat rate (kJ/kWh, LHV) 6,978
Exhaust temp (C) 422
Exhaust temp (F) 792
Exhaust energy (MMBtu/hr) 358
Exhaust energy  (MMkJ/hr) 377
DLE/SAC Combustor Technology SAC
Emissions – Nox (ppm @15% O2) 25

LMS100

Product Sheet

LMS100
Net Output (MW) 115
Net Efficiency (%) 43.3%
Net heat rate (Btu/kWH, LHV) 7,887
Net heat rate (kJ/kWh, LHV) 8,321
Exhaust temp (C) 414
Exhaust temp (F) 777
Exhaust energy (MMBtu/hr) 353
Exhaust energy  (MMkJ/hr) 373
DLE/SAC Combustor Technology SAC
Emissions – Nox (ppm @15% O2) 25

LMS100

Product Sheet

LMS100
Net Output (MW) 137
Net Efficiency (%) 51.7%
Net heat rate (Btu/kWH, LHV) 6,606
Net heat rate (kJ/kWh, LHV) 6,970
Exhaust temp (C) 414
Exhaust temp (F) 777
Exhaust energy (MMBtu/hr) 353
Exhaust energy  (MMkJ/hr) 373
DLE/SAC Combustor Technology SAC
Emissions – Nox (ppm @15% O2) 25

LMS100

Product Sheet

LMS100
Net Output (MW) 275
Net Efficiency (%) 51.8%
Net heat rate (Btu/kWH, LHV) 6,587
Net heat rate (kJ/kWh, LHV) 6,950
Exhaust temp (C) 414
Exhaust temp (F) 777
Exhaust energy (MMBtu/hr) 353
Exhaust energy  (MMkJ/hr) 373
DLE/SAC Combustor Technology SAC
Emissions – Nox (ppm @15% O2) 25
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