Transcription of GEA32933 LMS100 Power Plants - ge.com
1 If it s efficiency you re looking for, search no more. Our LMS100 aeroderivative gas turbine is the highest simple cycle efficiency gas turbine in the world. Its intercooled gas turbine system provides rapid startup , with an 8-minute start to full load and emergency ramp speeds of up to 500 MW/minute. In high renewable penetration areas like California, our LMS100 gas turbines are providing GW of generation with more than 1,400 MW/minute of ramping capability from waste heat off intercooler can generate up to 3,000+ gallons per minuteVERSATILITYA vailable dual fuel capability with fuel switching at full powerSUSTAINABILITYZero water option and lowest CO2 emitting simple cycle gas turbine 2019 General Electric Company. All rights (09/2019)>44% SIMPLE CYCLE EFFICIENCY117 MW SIMPLE CYCLE OUTPUTLMS10 0 Power PLANTSS imple cycle specifications50 Hz60 HzNet output (MW)117117 Net heat rate (Btu/kWh, LHV)7, 92 57,71 8 Net heat rate (kJ/kWh, LHV)8,3628,143 Net efficiency (%, LHV) rate (MW/minute)5050 startup time (cold iron) (min.)
2 88 Exhaust temp ( F/ C)824/440810/432 Exhaust mass flow (lbs) mass flow (Kg/s) cycle 1x1 specificationsNet output (MW)142140 Net heat rate (Btu/kWh, LHV)6,5406,438 Net heat rate (kJ/kWh, LHV)6,9006,793 Net efficiency (%, LHV) rate (MW/minute)5050 startup time (cold iron) (min.)3030 Exhaust temp ( F/ C)824/440810/432 Exhaust mass flow (lbs) mass flow (Kg/s) cycle 2x1 specificationsNet output (MW)284281 Net heat rate (Btu/kWh, LHV)6,5116,411 Net heat rate (kJ/kWh, LHV)6,8706,764 Net efficiency (%, LHV) rate (MW/minute)100100 startup time (cold iron) (min.)3030 Exhaust temp ( F/ C)824/440810/432 Exhaust mass flow (lbs) mass flow (Kg/s) additional operation hours742,897742,897 Hot section hours25,00025,000 Overhaul hours50,00050,000 NOx emission (ppm) (@ 15% O2)2525CO (ppm) (@ 15% O2)95/250*95/250*Package noise (dBA average)8585 CombustionSACSACL egacy namePA+PA+NOTE: All ratings are net plant, based on ISO conditions and natural gas fuel.
3 Actual performance will vary with project-specific conditions and fuel.
