Gas Turbine Technical Data

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1 Gas Turbine Technical Data MANUFACTURER MODEL GROSS OUTPUT () NET OUTPUT (CC) NET OUTPUT (SC) HEAT RATE (KJ/KWH) GROSS EFFICIENCY % NET EFFICIENCY (CC) % FREQUENCY (HZ) Alstom Power GT GT GT13E GT11N GT11N Anslado Energia AE64.3A / AE AE94.2K 170 case by case case by case AE94.3A Dresser-Rand KG2-3E VECTRA 30G DR-61G VECTRA 40G DR-61GP VECTRA 40G DR-61G DR-63G PC DR-63G PG GE Energy 106B / 106C / 106FA / 109E FA FB EA FA HitachiPower Systems H-15 (natural gas) / H-25 (distillate oil) / H-25 (natural gas) / Kawasaki Gas Turbine Europe GmbH GPB180D GPB80D GPBD GPB17D GPB MAN Diesel & Turbo SE FT TM N / TM N / GT / Mitsubishi Heavy Industries 3 M1DA M1F M1G M1GAC M1J M701DA M701F M701F April PEi

2 SHAFT SPEED (RPM) PRESSURE RATIO TURBINE INLET EXHAUST MASS FLOW (KG/S) EXHAUST NOx EMISSIONS (PPMV) START-UP TIME (MINUTES) WEIGHT (TONNES) LxWxH (METRES) : x 4.9 x : x 4 x : x 5.4 x : x 5.5 x : x 5.5 x / <25 case by case x 4 x <25 case by case x 14 x case by case case by case x 14 x <15 case by case 3 14 x 7 x case by case x 7 x case by case x 8 x case by case x 20 x case by case x 23 x case by case x 7 x case by case x 7 x case by case x 21 x case by case x 22 x : ca x 5.7 x : ca x 3.5 x : ca x 3.5 x : ca x 2.75 x : ca x 2.2 x x 3 x x 4 x x 6 x x 5 x x 6 x x 6 x x 6 x x 5 x x 6 x x 6 x 6 PEi - April

3 MANUFACTURER MODEL GROSS OUTPUT () NET OUTPUT (CC) NET OUTPUT (SC) HEAT RATE (KJ/KWH) GROSS EFFICIENCY % NET EFFICIENCY (CC) % FREQUENCY (HZ) Mitsubishi Heavy M701G Industries 3 M701J NPO Saturn JSC GTD ; (Gcal) OPRA Turbines OP16-3A / OP16-3B (DLE) / OGT Orenda Aerospace Corporation OGT OGT OGT Pratt & Whitney Power Systems FT8-3 SwiftPac30 4a Net plant effi ciency.6 FT8-3 SwiftPac 4b Net plant effi ciency 51.3 / / Rolls-Royce Ltd RB211-G62 DLE Net plant effi ciency.2 RB211-GT62 DLE Net plant effi ciency 51.4 RB211-GT61 DLE Net plant effi ciency 52.8 RB211-H63 WLE Net plant effi ciency.8 RB211-H63 WLE Net plant effi ciency 40.9 Trent DLE Net plant effi ciency 52.7% Trent DLE ISI Net plant effi ciency 53 Trent DLE Net plant effi ciency.2 Trent DLE ISI Net plant effi ciency 49.7 Trent DLE Net plant effi ciency 52.5 Trent DLE ISI Net plant effi ciency 53.1 Trent DLE Net plant effi ciency.1 Trent DLE ISI Net plant effi ciency 49.7 Trent WLE Net plant effi ciency.6 Trent WLE ISI Net plant effi ciency Trent WLE Net plant effi ciency 48.7 Trent WLE ISI Net plant effi ciency 48.1 Trent WLE Net plant effi ciency 51% Trent WLE ISI Net plant effi ciency.5 Trent WLE Net plant effi ciency 49 / / / / / 36 April PEi

4 SHAFT SPEED (RPM) PRESSURE RATIO TURBINE INLET EXHAUST MASS FLOW (KG/S) EXHAUST NOx EMISSIONS (PPMV) START-UP TIME (MINUTES) WEIGHT (TONNES) LxWxH (METRES) x 6 x x 7 x x 4 x x 1.2 x x 1.2 x /1800 / / / PEi - April

5 MANUFACTURER MODEL GROSS OUTPUT () NET OUTPUT (CC) NET OUTPUT (SC) HEAT RATE (KJ/KWH) GROSS EFFICIENCY % NET EFFICIENCY (CC) % FREQUENCY (HZ) Rolls-Royce Ltd Trent WLE ISI Net plant effi ciency 48.4 Siemens SGT6-8000H 274 SGT5-4000F SGT5-2000E SGT SGT SGT SGT SGT SGT SGT SGT SGT SGT SGT SGT6-2000E SGT6-00F SGT5-8000H 375 Solar Gas Turbines Saturn Centaur Centaur Mercury Taurus Taurus (mobile power unit) Taurus Taurus Mars Mars Titan Titan 130 (mobile power unit) Titan Notes: 1 BTU fuels 2 Including generator 3a All ratings are defi ned at ISO standard reference conditions: kpa, 15 oc and % RH. 3b All ratings are based on the use of natural gas fuel at the generator terminals with standard inlet and exhaust losses. 3c Start-up time is from ignition to full load without synchronization time. 3d Combined-cycle performances are based on 1-on-1 confi guration. 4a 1 x FT8-3 4b 2 x FT April PEi

6 SHAFT SPEED (RPM) PRESSURE RATIO TURBINE INLET EXHAUST MASS FLOW (KG/S) EXHAUST NOx EMISSIONS (PPMV) START-UP TIME (MINUTES) WEIGHT (TONNES) LxWxH (METRES) x 1.7 x x 2.4 x x x 2.9 x x 2.7 x x 2.5 x x 3.1 x x 2.5 x x 2.8 x x 3.3 x x 3.7 x x 1.7 x 3.5 PEi - April

7 Steam Turbine Technical Data OEM MODEL TYPE/APPLICATION POWER RATING () SHAFT SPEED( RPM) LXWXH (METRES) INLET TEMP (oc) INLET PRESSURE (BAR) GAS FLOW RATE (M 3 /H) Alstom Power GRT Biomass/industrial/waste-to-energy/ SCP 5 /Hz GST Geothermal 20 /Hz TM2 Concentrated solar power 45 /Hz MT Biomass/industrial/waste-to-energy/ Concentrated solar power 130 /Hz COMAX Cogeneration /Hz STF15C Combined-cycle /Hz STF30C Combined-cycle /Hz STF25 Steam power /Hz STF40 Steam power /Hz STF Steam power /Hz STF100 Steam power /Hz ARABELLE Nuclear power up to 1800 /Hz Ansaldo Energia GT series Geothermal 20 1 / Hz MCT series Cogeneration / Hz MT5 Combined-cycle / Hz MT10 Combined-cycle 80 1 / Hz MT15 Combined-cycle 90 1 / Hz MT20 Combined-cycle 1 2 / Hz MT25 Fossil / Hz RT20/30 Combined-cycle 1 3 / Hz RT40 Fossil / Hz RT70 Fossil / Hz RT100 Fossil Hz Dresser-Rand Engineered Multi-stage 0 kw Varies up to 565 (10 of) 9 models available Single-stage 1 kw Varies up to 540 (1000 of) Up to 138 (2000 psig) up to125 (1800 psig) GE Energy A Series Fossil up to 2 / Hz D Series Fossil / Hz G Series Fossil - three casing / Hz G Series Fossil - four casing / N Series Nuclear power up to 10 / 40 April PEi

OEM MODEL TYPE/APPLICATION POWER RATING () SHAFT SPEED( RPM) LXWXH (METRES) INLET TEMP (oc) INLET PRESSURE (BAR) GAS FLOW RATE (M 3 /H) MAN Diesel & Turbo SE Standard Power Generation 2 1 / Hz

8 OEM MODEL TYPE/APPLICATION POWER RATING () SHAFT SPEED( RPM) LXWXH (METRES) INLET TEMP (oc) INLET PRESSURE (BAR) GAS FLOW RATE (M 3 /H) MAN Diesel & Turbo SE Standard Power Generation 2 1 / Hz Low-pressure turbines Power Generation 5 90 / Hz Air turbines CAES (compressed Air Energy Storage) / Hz MARC 1 MARC 2 MARC 4 MARC 6 Combined heat and power generation for reneable energy and WtE Combined heat and power generation for RE and WtE combined heat and power generation for RE and WtE combined heat and power generation for RE and WtE saturated steam Hz Hz Hz Hz SST-010 up to x 0.8 x 0.9 up to SST-040 up to x 1.5 x 2 up to 400 up to 40 SST-0 up to x 1 x 1.3 SST-0 up to x 2.5 x 2.5 up to 131 SST-110 up to 7 6 x 2.8 x 3.2 up to 131 SST-120 up to 10 9 x 2.8 x 3.2 up to 131 SST-900 up to x 11 x 10 up to 585 up to 165 SST-0 up to x 6 x 5 up to 540 up to 140 SST-700 up to x 15 x 6 up to 585 up to 165 Siemens SST-800 up to x 8.5 x 6 up to 540 up to 140 SST-300 up to up to x 4 x 5 up to 520 up to 120 SST-400 up to x 8.5 x 5.5 up to 540 up to 140 SST-0 up to 100 up to x 6 x 5 up to 400 up to 30 SST-100 up to 8.5 up to 70 8 x 3.7 x 3.4 up to 480 up to 65 SST-1 up to 20 up to x 4 x 5 up to 5 up to 103 SST-200 up to 10 4 x 2 x 2.5 up to 520 up to 110 SST up to 0 up to 300 SST up to 0 up to 190 SST up to 565 up to 177 TGM Kanis Turbinen GmbH Backpressure reaction turbines Condensation reaction turbines BT depending on power output BT CT depending on power output CT April PEi

Gas Turbine Technical Data

Gas Turbine Technical Data Manufacturer Model Gross output (CC) MW (SC) MW Heat rate (kj/kwh) Gross eff ciency (%) Net eff ciency (CC) (%) Frequency (Hz) Alstom GT11N2 / 2-on-1 CCPP (50 Hz) GT11N2 / 2-on-1 CCPP (60 Hz) GT13E2 /