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© 2014, General Electric Company. Proprietary information. All rights reserved.

Kuala Lumpur, Malaysia | 9-12, September 2014

Power-GEN Asia

Ms. Aileen Barton

9E Gas Turbines The Ultimate 50Hz Power Play


© 2014, General Electric Company.

GE Proprietary Information - The information contained in this document is General Electric Company (GE) proprietary information. It is the property of GE

and shall not be used, disclosed to others or reproduced without the express

written consent of GE, including, but without limitation, in the creation,

manufacture, development, or derivation of any repairs, modifications, spare

parts, or configuration changes or to obtain government or regulatory approval to do so, if consent is given for reproduction in whole or in part, this notice and

the notice set forth on each page of this document shall appear in any such

reproduction in whole or in part. The information contained in this document may

also be controlled by the US export control laws. Unauthorized export or re-

export is prohibited.

GE Power & Water

All relative statements are with respect to GE technology unless otherwise noted.

2


• Asia Dynamics

• Commercial Traction in Asia

• Product Evolution

• Product Technology/Overview

• Controls and OpFlex* Technology

• Cycle Time, Installation and Maintenance

• Looking to the Future … 9E.04

• Summary

Agenda

*Trademark of General Electric Company.


Asia Dynamics


Natural gas consumption is growing fast

1,300,000

350,000

100,000

Gigawatt hours

Shale?

Pipe?

Resource?

Policy?

Policy?

Policy?

Pipe?

Policy

Resource? Resource?

Pipe?

Pipe?

Resource?

Policy?

Policy?

Pipe?

Resource?

Pipe?

Gas availability questions

Policy?

Policy?

Pipe? Price?

Price?

Source: GE Strategy and Analytics Aug ’12

Policy?

Global gas-fired power gen outlook, 2013-2020

Gas-fired Generation (GWh)

2013

2013-2020 Abs Growth

30% - 2000 35% - 2005 37% - today 45% - 2020

Share of PG in global gas consumption

Gas turbines are becoming increasingly important


Alternative fuel usage is expanding Momentum is building … driven by cost and availability

2011-13 B/E-Class Global GW

Russia Shale &

CBM

S.Africa shale & CBM

Australian Shale

India shale

Columbia shale

Argentina shale

Algeria shale

CN LNG

Poland &

EU shale U.S. shale

Tight oil shale

Unconventional gas

CN shale

China CBM & shale

Indonesia

CBM & shale

CBM to LNG

KSA

Over 50% of new capacity is evaluating “opportunity fuels”

Unconventional gas and oil sources

0

20

40

60

80

100

120

140

GW to fuel spec GW with Non-Trad Fuels

GW to fuel spec

GW with Non-Trad Fuels


Commercial Traction in Asia


9E.03 gas turbine

Largest installed base in its class • 715+ systems ordered or in operation 170 units/20GW in Asia1

• 30+ million operating hours • 99.0% reliability

1Source: Internal Global Install Base Data, 9 March 2014

Reliable power anywhere you need it …


Product Evolution


9E.03 gas turbine evolution

Year

Continuous enhancement through technology infusion

Block change approach: Tfire / HGP … output/efficiency

Combustor … emissions/operability

9E.03 gas turbine Tf = 2055 F AGP

130MW


Product/Technology Overview


9E.03 gas turbine attributes

1Assumes DLN1+ Ultra Low NOx option

Reliable, low lifetime cost – compact footprint, flexible plant layout, as well as, easy addition of incremental power when phased capacity expansion is required

Over 715 units/over 30 million hours – from desert heat and tropical humidity to arctic cold in utility and industrial service

Simple cycle output of 130 MW and 99% reliability – 109E combined cycle (CC): 195 MW output with 209E CC 393 MW output, both at >52% efficiency

Flexible fuel handling capabilities – includes the ability to run almost the entire fuel spectrum with the ability to switch from one fuel to another while running under load

NOx and CO emissions compliance below 5 ppm1 and 25 ppm respectively – GE’s

DLN1+ combustion system including +/- 20% Modified Wobbe Index

Flexible, reliable and adaptable performance

Basis of comparisons are previous 9E versions


Technology … robust architecture

• 3-bearing rotor

configuration

• Advanced Gas Path

− Advanced sealing (cloth seals)

− Enhanced cooling of turbine components

− Advanced Aero S3B and S3N

− Aluminized honeycomb S2S/S3S

• Standard

• Dry Low NOx 1+

− DLN1+ base - 15 ppm

− Ultra Low NOx - 5 ppm

• MNQC

• Gas only, dual fuel

17-stage compressor 3-stage HGP

14 can annular chambers

Compressor

Combustor Power Turbine

Basis of comparisons are previous 9E versions

• 17 stage axial flow

• First 7 stages, highly corrosion resistant

material and coating (450

SS)

• 12.6:1 pressure ratio

• 1 row IGV


Performance specifications

1 Based on latest technology 2 Assume-@15% O2 with gas fuel, water injection for liquid fuel and DLN1+ Ultra Low NOx

Note: All ratings are net plant based on ISO conditions and natural gas fuel.

Simple-cycle1

Power generation1 Industrial

Output 130.3 MW 174,520 hp

Heat rate 9,860 Btu/kWh

10,403 kJ/kWh 7,350 Btu/shp-h

Pressure ratio 12.6:1 12.6:1

Mass flow 415 kg/sec 422 kg/sec

Turbine speed 3,000 rpm 3,000 rpm

Exhaust temp. 546ºC 540ºC

Efficiency >34% >34%

Compressor stages

17 17

Turbine stages 3 3

NOx/CO2 (ppm) <5 / 0-25 -

Combined-cycle1

Turbine model S109E S209E

Output (MW) 195 393

Heat rate: • Btu/kWh • kJ/kWh

6,550

6,911

6,480

6,837

Efficiency (%) >51% >52%


GE GEN-A39 Air-cooled generator • Installed base of more than 3,000

units, ideal for power system applications that demand simplicity and flexibility of operation

• Absence of a pressurized atmosphere within the generator enable less complex structural components, simplifies and reduces cost of maintenance

• Fully assembled prior to shipping

• Up to 98.7% Efficiency

9E.03 gas turbine experience

• 270+ units in service since the 1990’s

GEN-A39 rating iso: 178 MVA Output at 0.8 Pf, iso: 143 MW

Generator for the 9E.03 Gas Turbine


Broadest fuel capability in its class Capable of using 52 types of fuel

Figure 2: Heavy duty gas turbine fuel landscape.

9E Dry Low Nox 1+ (DLN1+): up to … 30% H2, 80% C2+, 50% inert

9E Diffusion flame

HFO

Allows customers to take advantage of the least expensive fuel available


9E steel mill - China

Fuel Flexibility in Industrial Applications

Compressor No change from NG configuration

Combustor NG – DLN, Syngas, High H2 – MNQC*

Turbine Syngas, High H2 – new S1N

Indicative CC performances

Exact performance depends on gas composition

Blast Furnace Gas (BFG) • An ecomagination* certified product for low BTU

offering, capable of burning process gas down to

950 kcal/Nm3 and ~6% hydrogen

• Gas turbine with enlarged stage 1 nozzle flow area,

air extraction, modified multi nozzle quiet combustor

(MNQC), and new fuel delivery system

• Fuel gas compressor supplied by GE Oil & Gas

• GE A39 generator modified to handle large fuel gas

compressor load

Net Power MW 162-168

Net efficiency %-LHV 42-43

BFG consumed Nm3/hr x 1,000 280-300

COG consumed Nm3/hr x 1,000 29-31



Controls and OpFlex* Technology



Mark* VIe control system

Purpose built for mission critical energy systems and future upgrades

The core control technology inside GE’s portfolio

Un

it

Pla

nt

B, E, & F Gas Turbine

Technology Renewables Aeroderivatives FlexEfficiency* 60

Combined Cycle Plant

Industry

standards

Compact

controller

Ethernet

backbone

State-of-the-art

Intel roadmap

A technology architecture for high vitality and long life



Function block

diagrams

ControlST* software suite

Life cycle

Mark* VIe Control Plant control platform

Software tools

A complete suite of tools from configuration to analytics

User interface

SFC Logic

Analytics

Simulate

Apply

Install

Train Operate

Update

Design

Improve

Document

ControlST Software Suite Automation and Control System

Tools

Tuning



Grid stability

• Enhanced Transient stability

Automated tuning

• Ambient select

• AutoTune

Gas turbine

• Start-up NOx/low visible emissions (LVE)

• Fast start

• Purge credit

• Start-up reliability pkg

• Flex load path¹

Steam turbine

• Agility package HRSG

• Adv. attemperation

• Adv. SCR control

• Autoblend

• Adv. drum control*

OpFlex* solutions suite

Advanced controls technology for various modes of power plant operation

Start-Up agility Fast, reliable, repeatable starts with low emissions

Combustion Versatility Robust operation during weather, fuel, and grid

variations

Load Flexibility Load range expansion,

efficiency, responsiveness and customization

System Reliability Enhancements for reliable, cost effective operations

¹Under development – Sep 4, ‘13

B/E-class OpFlex offerings


Output

• Variable peak fire

• Variable airflow

• Cold-day performance

• Life manager¹

Responsiveness

• Fast ramp

• Grid code package

• Closed loop optimal control (CLOC)¹

Turndown

• Extended turndown

Efficiency

• Variable inlet bleed heat

Fuels reliability

• Heavy fuel oil package

• Liquid fuel operability

System reliability

• Trip prevention package

Diagnostics/productivity

• System diagnostics package

• Operational productivity pkg.


Cycle Time, Installation and Maintenance


23

Cycle time and installation Rapidly getting you from decision to power delivery

• Quick delivery with less than 11 months from contract to operation – 1 month faster – allowing customers to generate an additional $29MM in additional revenue1

• Quick installation in challenging environments, with modular configuration and prepackaged components

• Longest maintenance intervals without reduced performance – 32,000 factor fired hours (FFH) until a combustion or hot gas path inspection – allowing the customer to continue to generate revenue longer until a planned maintenance event, providing .5 points of availability, or ~43 hours per year

1Source: www.eia.gove/electricity/sales_revenue_price/, Table 10, 2012 Annual Utility Revenue.

http://www.eia.gove/electricity/sales_revenue_price/


Power Generation Services Empowering customers through lifecycle solutions

Creating solutions around the way you operate your plant

• Performance

• Asset life extension

• Total plant solutions

• Operations and Maintenance (O&M)

improvement

• Parts/repairs reliability

• Outage solutions

Plan and install Operate and

maintain

Upgrade and enhance

Repower/retire

• Economic forecasting

• Generation planning

• Flexible operations

• Decommissioning

• Repurposed assets

• Asset repowering


Looking to the Future … 9E.04


Fully assembled modular retrofit for field coupling

to an existing unit or a new flange-to-flange

What is the 9EMax? New 4-stage turbine module upgrade which includes: new proprietary casings, hot gas path, turbine rotor, and diffuser

Configuration priorities

Modular… configuration as system –

completely assembled

Retrofitable… constrained to fit

footprint, aux. systems

Reliable … incorporate lessons learned

Low-cost … E-class materials preferred

Proven… No LE film, emphasize

durability and fuel flex

Output: 143 MW SC Efficiency: 37%

19EMax will be offered for shipment as a new unit gas turbine, the 9E.04, in 2016.


Summary


Summary

The demand of power in Asia is rapidly increasing. The 9E.03 gas turbine is an excellent fit for various customers, whether they are an Electric Utility, IPP, Industrial Corporation, Oil and Gas Company or Petrochemical Company.

The 9E.03 gas turbine provides: Reliable with decades of proven performance Both operational and fuel flexibility Low lifetime costs with quick ship and extended

maintenance intervals Emission and regulatory compliance

9E.03 gas turbine … providing quick, flexible, cost-effective power

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