Schedule 2.
0
Product Description
GE Frame PG9171 Technical Description(s)
General Operating Conditions
Atmospheric Pressure 1012 mbar
Design ambient temperature 50 centigrade
Minimum ambient temperature -6 centigrade
Maximum ambient temperature 55 centigrade
Design relative h11mldlty 30%
Minimum relative humidity 5%
Maximum relative humidity 95%
Seismic code UBC97
Horizontal acceleration 0.2 g
Grid code No specific requirement
Gas Turbine
Frame size PG9171
Fuel system Dual fuel (natural gas + light diesel oil)
Starter Electrical motor
Air filtration Self-cleaning
Compressor/turbine cleaning On and oil-line compressor water wash and oil-line
turbine washing
Exhaust system Side right
Fire protection High pressure CO,
Generators
Model Models GE9A5, Brush BDAX9, or Alstom T900B as a
function of availahility
Frequency 50 Hz
Power factor 0.85 lagging
Power factor Up to 0.95 leading
Terminal voltage 15.0 kV
Control Systems
Gas turbine Speedtronic Mark Vle (TMR)
Generator
Estimated Performance — Base Load, Liquid Fuel
Estimated Performance -- PG9171
Load Condition Base Base Base
Exhaust static pressure mm H2O 106.7 75.6 72.4
Ambient temperature deg C -.5 50 55
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Estimated Performance - PG9171 (Liquid Fuel Continued...)
Load Condition Base Base Base
Fuel type Liquid Liquid Liquid
Fuel LHV kJ/kg 41,800 41,800 41,800
Fuel temperature deg C 40 40 40
Liquid fuel H/C ratio 1.64 1.64 1.64
Gross output kW 137,500 105,100 105,100
Gross heat rate (LHV) kJ/kWh 10,770 11,380 11,470
Heat cons. (LHV) GJ/hr 1,480.9 1,196.0 1,164.2
Exhaust flow xl0^3 kg/hr 1,658.3 1,381.2 1,350.8
Exhaust temperature deg
z- C 500.6 533.3 537.2
Exhaust energy GJ/hr 884.7 724.8 710.6
Water flow k g/hr 22,639 12,388 10,088
Emissions
NOx ppmvd@15% 02 80 80 80
CO ppmvd 10 10 10
UHC ppmvw 7 7 7
Particulates k g/hr 5 5 5
Exhaust Analysis
Argon 0.89 0.86 0.85
Nitrogen 74.86 72.16 71.54
Oxygen 13.74 13.29 13.17
Carbon Dioxide 4.53 4.34 4.30
Water 5.98 9.36 10.14
Site Conditions
Site Pressure Bar 1.0120
Inlet loss Mm H2O 75.00
Exhaust static pressure mm H2O 90.00 @ISO conditions
Relative humidity % 30
Application TEWAC Generator
Power factor 0.85
Combustion system No n-DLN combustor
Estimated Performance - Base Load, Gas Fuel
Estimated Performance - PG9171
Load Condition Base Base Base
Exhaust static pressure mm H2O 106.2 75.4 72.3
Ambient temperature deg C -5 50 55
Evaporator cooler status Orr On On
Evaporator cooler effectiveness % 85 85
IIC-SBA 07.08.22 Page 2 of'3
Load Condition Base Base Base
Fuel type Cust Gas Cust Gas Cust Gas
Fuel LHV kJ/kg 46,670 46,670 46,670
Fuel temperature deg C 42 42 42
Gross Output kW 140,500 108,200 104,600
Gross heat rate (HIV) kJ/kWh 10,680 11,290 11,380
Heat cons. (LI IV) GJ/hr 1,500.5 1,221.6 1,190.3
Exhaust flow x 10^3 kg/hr 1,654.7 1,380.3 1,349.9
Exhaust temperature deg C 499.4 532.2 536.1
Exhaust energy GJ/hr 893.8 733.2 718.9
Water flow kg/hr 22,453 13,989 11,816
Fuel Composition
CH4- Methane % vol 85.00 85.00 85.00
H2- Hydrogen % vol 0.10 0.10 0.10
C2H6- Ethane % vol 11.00 11.00 11.00
C3H8- Propane % vol 1.00 1.00 1.00
C4H10- Butane % vol 0.30 0.30 0.30
N2 - Nitrogen % vol 0.50 0.50 0.50
CO2 - Carbon Dioxide % vol 2.00 2.00 2.00
H2S - Hydrogen Sulfide % vol 0.10 0.10 0.10
Emissions
NOx ppmvd @15% 02 50 50 50
CO ppmvd 10 10 10
UHC ppmvw 7 7 7
Particulates kg/hr 2 2 2
Exhaust Analysis
Argon 0.89 0.86 0.85
Nitrogen 73.88 71.10 70.48
Oxygen 13.43 12.92 12.80
Carbon Dioxide 3.38 3.25 3.23
Water 8.43 11.88 12.64
Site Conditions
Site Pressure Bar 1.0120
Inlet loss mm H2O 75.00
Exhaust static pressure mm H2O 90.00 @ISOconditions
Relative humidity % 30
Application TEWAC Generator
Power factor 0.85
Combustion system Non-DLN combustor
IIC-SBA 07.08.22 Page 3 or 3
