Model YearISO Base

Rating (kW)Heat Rate (Btu/kWh) Efficiency

Pressure Ratio

Exhaust Flow (lb/sec)

Turbine Speed (rpm)

Exhaust Temp (F)

Approx Weight (lb)

Approx. L x W x H Comments

GE Power & Water Heavy Duty Simple Cycle

6B.03 1978 43,100 kW 10,180 Btu 33.5% 12.7 320 lb 5,163 rpm 1,003 F 443,000 lb 79 x 13 x 14 ft Available in 50 and 60 Hz

6F.03 2003 79,200 kW 9,470 Btu 36.0% 16.1 472 lb 5,231 rpm 1,097 F 508,000 lb 74 x 12 x 15 ft Available in 50 and 60 Hz

7E.03 1984 90,000 kW 10,060 Btu 33.9% 12.8 644 lb 3,600 rpm 1,014 F 600,000 lb 66 x 12 x 12 ft

7F.04 2009 187,000 kW 8,850 Btu 38.6% 16.2 993 lb 3,600 rpm 1,114 F 960,000 lb 78 x 24 x 14 ft

7F.05 2009 227,000 kW 8,680 Btu 39.3% 18.4 1,174 lb 3,600 rpm 1,122 F 1,060,000 lb 78 x 24 x 14 ft

7HA.01 2012 275,000 kW 8,240 Btu 41.4% 21.5 1,269 lb 3,600 rpm 1,145 F 1,200,000 lb 82 x 15 x 23 ft

7HA.02 2014 330,000 kW 8,240 Btu 41.4% 21.5 1,522 lb 3,600 rpm 1,145 F 1,320,000 lb 90 x 17 x 20 ft

9E.03 1992 130,000 kW 9,860 Btu 34.6% 12.9 917 lb 3,000 rpm 1,007 F 820,000 lb 70 x 17 x 17 ft

9F.03 1996 265,000 kW 9,020 Btu 37.8% 16.7 1,466 lb 3,000 rpm 1,103 F 1,281,000 lb 92 X 17 X 17 ft

9F.05 2003 299,000 kW 8,810 Btu 38.7% 18.3 1,470 lb 3,000 rpm 1,183 F 1,447,000 lb 93 x 17 x 17 ft

9HA.01 2011 397,000 kW 8,220 Btu 41.5% 21.8 1,822 lb 3,000 rpm 1,146 F 1,900,000 lb 100 x 19 x 19 ft

9HA.02 2014 470,000 kW 8,220 Btu 41.5% 21.8 2,157 lb 3,000 rpm 1,146 F 2,100,000 lb 109 x 20 x 21 ft

Note: All GE Heavy Duty models with inlet loss, exhaust loss, and shaft driven auxiliary losses.

Model YearGross Plant Output (kW)

Net Plant Output (kW)

Net Heat Rate (Btu/kWh)

Net Plant Efficiency

Net Heat Rate (kJ/kWh)

Condenser Pressure

Gas Turbine Power (kW)

Steam Turbine Power (kW)

No. and Type GT Comments

GE Power & Water Heavy Duty Combined Cycle (50 Hz)

1x1 6B.03 1987 66,000 64,800 kW 6,770 Btu 50.4% 7,141 kJ 1.2 inch Hg 42,578 kW 23,445 kW 1 x 6B.03 Non-reheat

2x1 6B.03 1979 133,100 130,900 kW 6,700 Btu 50.9% 7,069 kJ 1.2 inch Hg 85,156 kW 47,977 kW 2 x 6B.03 Non-reheat

1x1 6F.03 1991 120,400 118,400 kW 6,200 Btu 55.0% 6,540 kJ 1.2 inch Hg 78,619 kW 41,742 kW 1 x 6F.03 Non-reheat

2x1 6F.03 1991 243,100 239,400 kW 6,130 Btu 55.6% 6,470 kJ 1.2 inch Hg 157,237 kW 85,883 kW 2 x 6F.03 Non-reheat

1x1 9E.03 1979 198,100 195,000 kW 6,550 Btu 52.1% 6,911 kJ 1.2 inch Hg 128,650 kW 69,404 kW 1 x 9E.03 Non-reheat

2x1 9E.03 1979 398,400 392,500 kW 6,480 Btu 52.7% 6,837 kJ 1.2 inch Hg 257,301 kW 141,073 kW 2 x 9E.03 Non-reheat

1x1 9F.03 1994 408,000 403,000 kW 5,870 Btu 58.1% 6,194 kJ 1.2 inch Hg 262,864 kW 145,490 kW 1 x 9F.03 Reheat

2x1 9F.03 1994 822,000 811,000 kW 5,840 Btu 58.5% 6,158 kJ 1.2 inch Hg 525,728 kW 295,792 kW 2 x 9F.03 Reheat

1x1 9F.05 2002 461,000 455,000 kW 5,740 Btu 59.5% 6,055 kJ 1.2 inch Hg 297,521 kW 163,576 kW 1 x 9F.05 Reheat

2x1 9F.05 2002 926,000 914,000 kW 5,710 Btu 59.7% 6,027 kJ 1.2 inch Hg 595,038 kW 330,697 kW 2 x 9F.05 Reheat

1x1 9HA.01 2011 600,000 592,000 kW 5,560 Btu 61.4% 5,862 kJ 1.2 inch Hg 394,472 kW 205,191 kW 1 x 9HA.01 Reheat

2x1 9HA.01 2011 1,195,000 1,181,000 kW 5,570 Btu 61.2% 5,878 kJ 1.2 inch Hg 789,352 kW 405,920 kW 2 x 9HA.01 Reheat

1x1 9HA.02 2014 710,000 701,000 kW 5,560 Btu 61.4% 5,862 kJ 1.2 inch Hg 467,008 kW 242,922 kW 1 x 9HA.02 Reheat

2x1 9HA.02 2014 1,415,000 1,398,000 kW 5,570 Btu 61.2% 5,878 kJ 1.2 inch Hg 934,497 kW 480,560 kW 2 x 9HA.02 Reheat

GE Power & Water Heavy Duty Combined Cycle (60 Hz)

1x1 6B.03 1987 66,000 64,800 kW 6,770 Btu 50.4% 7,141 kJ 1.2 inch Hg 42,578 kW 23,445 kW 1 x 6B.03 Non-reheat

2x1 6B.03 1979 133,100 130,900 kW 6,770 Btu 50.9% 7,069 kJ 1.2 inch Hg 85,156 kW 47,977 kW 2 x 6B.03 Non-reheat

1x1 6F.03 1991 120,400 118,400 kW 6,200 Btu 55.0% 6,540 kJ 1.2 inch Hg 78,619 kW 41,742 kW 1 x 6F.03 Non-reheat

2x1 6F.03 1991 243,100 239,400 kW 6,130 Btu 55.6% 6,470 kJ 1.2 inch Hg 157,237 kW 85,883 kW 2 x 6F.03 Non-reheat

1x1 7E.03 1977 137,600 135,400 kW 6,680 Btu 51.1% 7,048 kJ 1.2 inch Hg 89,148 kW 48,466 kW 1 x 7E.03 Non-reheat

2x1 7E.03 1979 276,800 272,600 kW 6,640 Btu 51.4% 7,007 kJ 1.2 inch Hg 178,296 kW 98,490 kW 2 x 7E.03 Non-reheat

1x1 7F.04 2009 286,000 283,000 kW 5,800 Btu 58.8% 6,120 kJ 1.2 inch Hg 185,903 kW 100,549 kW 1 x 7F.04 Reheat

2x1 7F.04 2009 574,000 567,000 kW 5,790 Btu 59.0% 6,107 kJ 1.2 inch Hg 371,805 kW 202,666 kW 2 x 7F.04 Reheat

1x1 7F.05 2009 347,000 343,000 kW 5,750 Btu 59.3% 6,068 kJ 1.2 inch Hg 226,234 kW 121,041 kW 1 x 7F.05 Reheat

2x1 7F.05 2009 697,000 688,000 kW 5,740 Btu 59.5% 6,054 kJ 1.2 inch Hg 452,468 kW 244,346 kW 2 x 7F.05 Reheat

1x1 7HA.01 2012 410,000 405,000 kW 5,580 Btu 61.1% 5,892 kJ 1.2 inch Hg 273,418 kW 136,782 kW 1 x 7HA.01 Reheat

2x1 7HA.01 2012 823,000 813,000 kW 5,570 Btu 61.2% 5,878 kJ 1.2 inch Hg 546,836 kW 276,028 kW 2 x 7HA.01 Reheat

1x1 7HA.02 2014 492,000 486,000 kW 5,580 Btu 61.1% 5,892 kJ 1.2 inch Hg 328,101 kW 164,138 kW 1 x 7HA.02 Reheat

2x1 7HA.02 2014 987,000 976,000 kW 5,570 Btu 61.2% 5,878 kJ 1.2 inch Hg 656,203 kW 331,233 kW 2 x 7HA.02 Reheat

Note: All GE Heavy Duty models with inlet loss, exhaust loss, and shaft driven auxiliary losses.

2014 GAS TURBINE WORLD COMBINED CYCLE SPECIFICATIONS2014 GAS TURBINE WORLD SIMPLE CYCLE SPECIFICATIONS

This information is reprinted from Volume 44, Number 1 (Jan-Feb 2014) Gas Turbine World. This information is reprinted from Volume 44, Number 1 (Jan-Feb 2014) Gas Turbine World.

76751 GE High Efficiency Print Ad Pub: Gas Turbine World Handbook Trim: 8.125” x 10.875” Live:7.625” x 10.375” Bleed: 8.375” x 11.125”

©2014 GE Power & Water, a division of General Electric Company.

gepower.com/efficiency

We introduced H-class. So it’s only natural that we take it to the next level. A decade ago, GE built the industry’s first H-class gas turbine. Since then, GE’s H-class gas turbines have logged more than 200,000 operating hours. This experience has led to performance improvements and smart innovation. Today, our 7HA and 9HA gas turbines lead the industry with cleaner, reliable and cost-effective conversion of fuel to electricity. For more information, please visit gepower.com/efficiency.

76751_GE_HighEfficiency_9F7_GTW_handbook_v2.indd 1 3/7/14 8:51 AMThis information is reprinted from Volume 44, Number 1 (Jan-Feb 2014) Gas Turbine World.GEA31167 (03/2014)