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Page 1: GE Document

GE Power

Convegno ATI ANIMP Milano/Italy | 5th July , 2018

Mathieu Kupcic – Product Marketing Leader 9HA

Dino Pezzella – Senior Sales Manager EU

Towards 65% efficiency: GE solution for advanced

combined cycle power plant with HA gas turbine

Page 2: GE Document

© 2018, 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. This presentation and the information herein are provided

for information purposes only and are subject to change without notice. NO REPRESENTATION OR WARRANTY IS MADE OR IMPLIED AS TO ITS

COMPLETENESS, ACCURACY, OR FITNESS FOR ANY PARTICULAR PURPOSE.

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

GE Power

Page 3: GE Document

© 2018, General Electric Company. Proprietary information. All rights reserved. 3

Global electricity trends

1.1 billion

people lack

access to

reliable power

Gas will continue to play a key role,

more power generated in the U.S.

using gas than from any other

fuel source in 2016

~20%power added in the

next decade predicted

to be gas power

© 2018 General Electric Company - All rights reserved

ofLandscape Changing

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Gas: A natural choice in power generation mix

Efficient Use of Land:

20 kW/m2

HIGHEST IN THE INDUSTRY

• NUCLEAR .... ~7 kW/m2

• COAL ............. ~2 kW/m2

• SOLAR ........... ~0.2 kW/m2

• WIND ............. ~0.2 kW/m2

Page 5: GE Document

© 2018, General Electric Company. Proprietary information. All rights reserved. 5

Agenda

• Product Portfolio

• HA Technology Overview

• Plant Solution / Integrated Systems

• Operational Flexibility

• Fleet Status

• Digital

Page 6: GE Document

Product Portfolio

Page 7: GE Document

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World’s Largest and Most Reliable Gas Turbine Fleet

Source: ORAP®. All rights to underlying data reserved: SPS ®.

Modified by GE. Rolling 12-month data Jun 2015 – Jul 2016.

GE

Fleet

(%)

Delta vs.

Industry

(% pts)

Reliability

Availability

Start Reliability

98.0

92.3

97.9

+0.2

+0.7

+0.3

+7000 Gas Turbines

+300M Operating Hours

+1600 GW

34 / 4834 / 48

44 / 6857 / 7657 / 85

75 / 9587 / 134

117 / 142132 / 204

145 / 216210 / 305

265 / 409288 / 443

314 / 493446 / 660

557 / 826

TM2500

LM2500

6B.03LM6000

6F.01LM9000

6F.03

LMS1009E.03

9E.04GT13E2

9F.03

9F.049F.05

9HA.019HA.02

36 / 5036 / 5044 / 68

57 / 7657 / 76

75 / 9587 / 13491 / 142

117 / 140198 / 305

243 / 376290 / 438

384 / 573

TM2500

LM2500

6B.03

6F.01

LM6000

LM9000

6F.03

7E.03

LMS100

7F.04

7F.05

7HA.01

7HA.02

Electric Power Output (MW): SC / CC (1x1 Configuration), Net, ISO

Page 8: GE Document

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Industry dynamics … shifting to higher efficiency flexible H-Class

Source – McCoy Power Reports, GE Power Marketing

The H class advantage

50%+ less cost/kw than all other

energy sources

Best power density/land use of all

technologies

Operating flexibility & dispatchability offsets

renewables variability

World record efficiencies…

1 Gas Turbine powers 750,000 homes

1,100mw Combined Cycle Plant requires

17 acres of land

Full Gas Turbine output in less than 10 minutes

~1pt. Combined Cycle Advantage investing for

65% early/mid next decade

1

2

3

4

Gas turbine firing temperature °C

Co

mb

ine

d c

ycle

eff

icie

ncy

%

1260 14301090 1600+

Introduced

‘03steam-cooled

Introduced

‘13air-cooled

Introduced

‘86

Introduced

‘72

55

60

65

50

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HA Technology Overview

Page 10: GE Document

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HA gas turbine platform evolutionThree generations of gas turbine technology

DLN

2.6+

9H2003200320032003

7/9HA2014201420142014

7F.04/052012201220122012

9F.052005200520052005

4-stage VGV

4-stage turbine

14-stage compressor

Advanced HGP

Note: Year denotes first operation

ProductGT Output

(MW)1x1 CC Output

(MW)Eff; 1x1 CC, (%)

7HA.01 290 438 62.3

7HA.02 384 573 63.3

9HA.01 446 660 63.5

9HA.02 557 826 64.0

Product Performance

Fuel & Operational Flexibility

Fuel Rich & Lean NG, #2 dist, ASL

Startup Time (Hot) < 30 minutes

Turndown 25% GT base load

Ramp rate 15% GT MW/min

>300k hrs>2.0M hrs >500K hrs

>1.4M hrs

Over 15 years of operating experience with H-class technology

>120k hrs

Page 11: GE Document

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9HA.02 Industry-Leading Characteristics

� Leading in PerformanceMW & CC Efficiency

� Leading in operabilityTurndown & Ramprate

�SimplicityIntegrated Cooling & Prime Package

GT Output 557MW

CC Output 826 MW (1x1), 1,658 MW (2x1)

25 ppm Nox @ 15% O2

Efficiency 64.0%-64.2%*

*CC operation, ISO, Net LHV

World’s largest, most efficient gas turbine in simple or combined cycle

* Catalog Ratings

Page 12: GE Document

© 2018, General Electric Company. Proprietary information. All rights reserved. 12

Technology Roadmap – Being delivered on the HA’s

Model & efficiency

62 ���� 63%

HA Today

63 ���� 64%

9HA.02

���� 65%

Micromixer Micro-channel

cooling

Cooled LSB

Advanced

Core/Castings

Ultra-Low k TBCAdvanced

sealing

Advanced

CombustionHigh Temp RotorHigh-temp

additive

Ceramic Matrix

CompositesUnsteady aero

Technologies

Product Growth

4-stage turbine

Flowpath sealing

Turbine aero

14 stage 3D compressor

“Staged” combustion

Titanium S1 comp bladeIN OPERATION

BEING MANUFACTURED

BEING DEVELOPED

>600C Steam

Portfolio of Material, Component and Systems Technologies – Available for new units and upgrades

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Plant Solutions / Integrated Systems

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Faster, De-Risked Construction Schedule

� Critical path installation cycle shortened 8 weeks

� Labor reduced 13,000 hours

� Up to 25% faster installation than F-class

↓63%Field connections

↓55% Field welds

↓64% Electrical terminations

↓98% Field installed valves

Modular gas turbine approach – Simplifies site construction and unit maintenance

Page 15: GE Document

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E-Rooms

GCB, power transformers ...

Combined cycle steam turbines

HRSGs

Condensers

Bottoming cycle Mechanical BoP Electrical BoP

Pumps

1

5

GE Plant Equipment Portfolio

The GE store: World leading plant equipment portfolio all out of one hand

Page 16: GE Document

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Industry Leading Plant Capability Typical Reference Plant Concept (1x1 SS)

Baseline arrangement optimized for cost, constructability and maintenance

Fully through access in

turbine hall

Fully through access in

turbine hall

Optimized turbine hall footprint for

cost, and maintenance

Optimized turbine hall footprint for

cost, and maintenance

Low-shaft centerline elevation

& pier foundation

Low-shaft centerline elevation

& pier foundation

Optimized water and

steam pipe routing

Optimized water and

steam pipe routing

Easy generator removal for

maintenance

Easy generator removal for

maintenance

Compact and optimized

location of Electrical Island

(e-room)

Compact and optimized

location of Electrical Island

(e-room)

Redesigned air inlet for

optimized steam pipe and

busduct routing

Redesigned air inlet for

optimized steam pipe and

busduct routing

Modularized systems

throughout Power Island

Modularized systems

throughout Power Island

Accomodates steam turbine optionsAccomodates steam turbine options

Yes We Do That !

Page 17: GE Document

HA Fleet Update

Page 18: GE Document

© 2018, General Electric Company. Proprietary information. All rights reserved. 18

Orders: 76 Units

31

45

50 Hz

60 Hz

23

48

5SS

MS

SC

13

1833

12 9HA.02

9HA.01

7HA.02

7HA.01

China: 1

Europe: 2

NA: 24

LA: 12

ME: 9

Asia

Pacific: 25

South

Asia: 3

Argentina: 1

Bahrain: 3

France: 1

Thailand: 2

Japan: 11

Korea: 2

Pakistan: 6

Russia: 1

US: 24

Brazil: 3

Taiwan: 2

Malaysia: 5

Indonesia: 3

China: 1

Bangladesh: 3Mexico: 8

Page 19: GE Document

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HA portfolio market dynamics and fleet update

76 orders

50 units shipped

24COD

> 120 k/hours operation

1,541 fired starts

57Selections

Orders and commercial operation

19

COD

EDF… 9HA fleet leader >13,000hours

Exelon… 27,379 hours running

Pakistan… All 6 units in service

with 17,236 hours

2 base-load 9HA.01’sContinuously operating at 11,713 hours

Chubu Nishi Nagoya> 63 % efficiency

7HA.01 … Continuously operating

at 14,718 hours7HA & 9HA have surpassed 8,000 hr threshold

8/29/17

Commissioning

Multiple 7HA.02’s (USA)

Alba (3) 1x1 9HA.01… Bahrain

9HA.02… 1st COD in mid 2020

19

Page 20: GE Document

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HA Experience growing rapidly

June 4: 122,902 hours(2050 starts)

20

Fleet hours growing rapidly… accelerating thru 2018

30 GT’s operating >120,000 operating hours

76 units sold

25 customers

15countries

© 2018, General Electric Company. Proprietary information. All rights reserved.

Page 21: GE Document

Operational Flexibility

Page 22: GE Document

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Energy mix – the challenge beyond electricity production

Multi-functional value proposition

Power production as per traditional PPAs strains revenue stream

Page 23: GE Document

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Carbon footprint

Consumer cost

Reliability

Elements of

sustainable

grid

Needs for renewables integration

Respond to transients in renewables “fuel” availability

Shift inflexible tech (coal, nuclear, hydro) to flexible sources

Capability to support unseen/uncontrolled distributed gen

How gas can help … Fast & Reliable StartFast MWs when renewables ramp down

Baseload MW & EfficiencyLowers consumer cost and carbon footprint

Fast Ramping & Partload OperationReal-time, efficient response to minute changes

Low TurndownAccommodate renewables, maintain reliability Sources: GE Energy Consulting, National Bureau of Economic Research

Load

Start reliability

Start speed

Turndown

Shutdown

Baseload MW Part load efficiency

Ramp rate

Reliable

Compliant

Fast

Efficient Reliable

Compliant

Efficient

Augment

Reliable

Compliant

Fast / Responsive

Efficient

Range

Reliable

Compliant

Efficient

Responsive Reliable

Fast

Ready!

Reliable

Fast

Ready!

Energy mix considerations

Balancing equation of renewables + other generation

Page 24: GE Document

© 2018, General Electric Company. Proprietary information. All rights reserved. 2424

9HA Gas Turbine Solutions

H-Class driving fuel savings & lower carbon footprint

Technology Advancing Gas Industry

Reducing CO2 footprint and saving Plant Fuel Costs

Confidential. Not to be copied, distributed, or reproduced without prior approval.

64%EFFICIENCY

vs

F class(2x1 800 MW)

H class(1x1 800 MW)

€30M/yearFUEL SAVINGS

15%CO2 REDUCTION (t/y)

54%EFFICIENCY

* €6/GJ natural gas, 5000 h/y operation, 800MW plant

Page 25: GE Document

Digital

Page 26: GE Document

© 2018, General Electric Company. Proprietary information. All rights reserved. 26

HA plant record performance achievement

Bouchain surpassed 12000 hours & 170 starts in

operation

HA power plant with digital

infrastructure (June 2016)

• Foundation Fieldbus * with smart devices

and sensors

• Integrated plant controls

• Unit controls with MBC

• ActivePoint HMI

• Rapid response

Digital applications (Predix*edge)

implementation (November 2016)

Digital solutions (Predix cloud) implementation

(June 2017)

* “Trademark of General Electric Company”

Page 27: GE Document

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Summary

Power generation landscape changing

CCGTs will play a key role in the transition

Digital and additive manufacturing are enablers

High efficiency, fuel and operational flexibility

Continue to invest in core gas turbine and combined cycle technology

1

2

3

4

5

Page 28: GE Document

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GE POWERGE POWERWe’ll never be satisfied until the entire world has power.

Copyright 2017 General Electric Company. GE Proprietary and Confidential Information

Page 29: GE Document

Back-ups

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Start selectOptimize for

• Start time

• Fuel burn

• Emissions

• Maintenance

Virtual battery• Ancillary services

payment

• AGC with reduced

reserve margin

• Up to 95%

performance score

Performance |

recovery• Reduce costs with

condition based

maintenance

• Increase generation

capacity

• Minimize fuel burn

RELIABILITYEnhanced grid services

FLEXIBILITYStartup path options

Fast load following

CAPACITYBoost output

manage trades

AVAILABILITYPerformance recovery

odometers

Dispatch

optimizer• Accumulate energy

credits

• Maintain outage

interval

• MWh ↑, maximize

profitability

Grid services• Predict, detect grid

disturbance

• Extreme rate of

change of frequency

event ride-thru

GT odometer• Real-time FFH and

FFS analytics

• Project and forecast

planned maintenance

Example applications

Digital solutions to meet unique customer needs

30

Video Digital Power Plant Apps

Page 31: GE Document

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Single Shaft Combined Cycle – Platform for multi-functional value

BATTERY

Flexibility with

THERMAL

Storage with

WATER

Recovery of

EMISSIONS

Reducing carbon

DELIVERING MORE VALUE FOR OUR CUSTOMERS

� Grid balancing� Demand-supply match� Energy decoupling� Plant re-start support� CO2 footprint reduction

Grid-scale battery energy storage

Plant level thermal reservoir

� Effective store of electricity excess in high temp. heat

� Fossil fuel reduction� No geographical constraint

Water scarcity relief

� Retrofittable solution to substitute external water supply

� Simultaneous reduction of waste water

� Operating flexibility

Green Hydrogen Blends

� Valorising CO2-free hydrogen

� Natural gas – hydrogen blend flexibility

Page 32: GE Document

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Digital – The power of hardware + software

32

Pushing performance boundaries across the plant


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