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Imagination at work. 2017 NZWEA Chris Holsonback, Product Strategy GE Renewable Energy Onshore Wind Imagination at work. © 2017 General Electric Company 24 Internet-connected GE 2.85-103 wind turbines Lake Huron, Ontario, Canada

GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

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Page 1: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

Imagination at work.

2017 NZWEA

Chris Holsonback, Product Strategy

GE Renewable Energy Onshore Wind

Imagination at work.

© 2017 General Electric Company

24 Internet-connected GE 2.85-103 wind turbines Lake Huron, Ontario, Canada

Page 2: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

Renewables are Big Business…

US$7.8 trillion investment in RE expected between now and 2040

Source: Bloomberg New Energy Outlook 2016

https://www.bnef.com/dataview/new-energy-outlook-2016/index.html#section-0

US US

Page 3: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

…At the same time costs are falling

New wind & solar are cheapest new-generation options

Source: LAZARD US-focused New Generation LCOE Analysis, v10.0 (2016)

https://www.lazard.com/media/438038/levelized-cost-of-energy-v100.pdf

US

$/M

Wh

Wind Levelized Cost of Energy (LCOE)

Solar PV Levelized Cost of Energy (LCOE)

US

$/M

Wh

Page 4: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

Now the world is moving to auctions…

We must position to beat grid parity prices … subsidy free

Source: various, as shown

Page 5: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

US$10B Revenue, 13k Employees, 55 Countries

© 2017 General Electric Company

Page 6: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

GE Onshore Wind: A Global Presence

?

© 2017 General Electric Company

Pete McCabe, VP & CEOChicago, IL USA

Page 7: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

Imagination at work.

Evolution of the GE Portfolio

© 2017 General Electric Company

1996 2002 2004 2006 2008 2010 2012 2014 2016

1.5-65 1.5-70.5

enters the wind industry

Units 1,000th

2.5-88

1.5-77

5,000th

1.5-82.52.5-100

10,000th

1.6-82.5

2.75-100

2.75-103

1.6-100

1.85-82.5

20,000th

1.7-103

2.5-120

3.2-103

2.3-116

3.8-130

acquires

Alstom

2017

30,000th

2.85-103

2.75-1201.85-871.7-100

3.6-137

3.4-130

Nearing 40,000 deployed units and 20 years in wind

Page 8: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

Hub• High stiffness and low deformation• Rear-facing hatch for easy access• Integrated GE pitch system with

patented load mitigating controls

Blades• Glass fiber epoxy/polyester• Advanced aero design• VGs, low noise trailing edge• Full scale blade test to

validate design

Gearbox• Designed in-house for reliability• Manufactured by 1st Tier suppliers• HALT test to validate design

assumptions

Bedplate• Integrated rotor lock• Double main bearings

to dramatically reduce

bending loads

3 MW Platform: Reliable by Design

© 2017 General Electric Company

Generator• DFIG for excellent overall

efficiency• Dual-voltage (6kV/690V) to

reduce losses• Partial power GE converter

Page 9: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

3.8-130IEC ed3 Wind Class 2B, 8.5 m/s

Gross AEP ~17.2 GWh

Gross CF 51%

Hub Height 85, 95, 110, 115 m tube

Noise 107 dBA

Technology

• Model based controls

• Low noise trailing edge

• Energy storage

enabled

• Weak grid support

• Hot/Cold weather

extreme (optional)

3.8-130Powerful & efficient … for medium to high wind speeds

What’s NEW? 3.4-1302.75-120

Gearbox +

3.2-130

Strengthened main shaft + Electrical

upgrades

> > 3.8-130>

Advanced aero blade +

© 2017 General Electric Company

Page 10: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

3.6-137A powerful turbine for low wind environments

What’s NEW? 3.6-1372.75-120

Gearbox +

3.2-130

+Electrical upgrades

> >

Advanced aero blade

© 2017 General Electric Company

3.6-137IEC ed3 Wind Class 3B, 7.5 m/s

Gross AEP ~14.9 GWh

Gross CF 47%

Hub Height 91.5, 111.5, 131.5 m tube

Noise 106 dBA

Technology

• Model based controls

• Low noise trailing edge

• Energy storage

enabled

• Weak grid support

• Hot/Cold weather

extreme (optional)

Page 11: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

154

64

103

300

18

415

42

50

14107

120

27730

46

72

201

300

18

246

21

1399

12

16

24

Installed basein America

~700

Installed

base

in Europe

~1600

3 MW Platform … 2400+ turbines

Largest Wind Farm in NAMorrow & Gilliam 845 MWs, East-Oregon

Largest Windfarm in EuropeFintinele 600 MWs, Romania

Including ~380 Units from former Alstom ECO 3MW platform

Turbines in operation

Installed

base

in APAC

~100© 2017 General Electric Company

Page 12: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

12

Flexible Service OfferingsSelecting the customized solution for your fleet

ScopeChoose your risk level…

from maintenance support to optimized

operations and everything in between.

GE manages your fleet risk.

TermFrom COD to end of life, choose the

contract length that best fits your needs.

PricingFrom fixed fee to variable fee to revenue

sharing, customized pricing structures

align to your outcomes.

© 2017 General Electric Company

Page 13: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

GE develops a tailored solution with you that supports your strategy.

GE Confidential and Proprietary

ESA FSA OSAFULL SERVICE OPERATIONAL SERVICE

Wind PowerUp* Services Platform

Asset Management• Operating plan, NERC support

Customizable unplanned coverage• Full scope• Major components• Minor components

Availability guarantee

Manual resets and troubleshooting

Parts management

Preventive maintenance

Routine maintenance

Remote monitoring and resets

PulsePOINT* Services

Data analytics and reporting

Technical advisory support

Enhanced Performance

Operations Solutions

Unplanned Maintenance

Planned Maintenance

Monitoring & Diagnostics

ATTRIBUTE PRODUCT FEATURE

Park Management• Site operations, eBOP, BOP

Lite

EXPANDED SERVICE

*Trademark/Service Mark of General Electric Company

Contractual Service OfferingsSelecting the customized solution for your fleet

© 2017 General Electric Company

Page 14: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

*Trademark/Service Mark of General Electric Company© 2017 General Electric Company

MODULESCategory

Enhance and super-charge your wind farm using digital applications

Utilizing software to get the most out of your hardware over the lifetime of your fleet

Business Optimization

OperationsOptimization

Asset Performance Management

Integrated OT & IT Platform

Cyber Security

Digital Twins

Mobility Controls IT Integration

Market Intelligence & Forecasting

Portfolio Optimization

Fleet Excellence

PowerUp* Services

Digital Plan of the Day

Machine & Equipment Health

ReliabilityManagement

Asset Strategy Optimization

OUTCOMES

Integrated trading

& dispatch strategy

↑ Revenue ↑ Profitability

Efficient & high performing fleet

↑ AEP ↑ Productivity

↑ WTGs/Field Engineer

Financially optimized

maintenance approach

↑ Reliability ↑ Availability

↓ Maintenance Cost ↓ Risk

Scalable & secure wind farm infrastructure

Scalability • Cyber Security

↓ Risk

Page 15: GE Renewable Energy Onshore Wind · 3.8-130 IEC ed3 Wind Class 2B, 8.5 m/s Gross AEP ~17.2 GWh Gross CF 51% Hub Height 85, 95, 110, 115 m tube Noise 107 dBA Technology •Model based

GlobalAcross 5 continents

30+ yearsFinancing expertise

~$25BIn volume since 2004

~$10BIn cumulative global

renewable energy commitments

FlexibleUnique equity & debt financing structures

GE Energy Financial Services investing in renewable energy

Navigate permitting, regulations, engineering & power contracts

Structure a successful transaction

Fund, build & optimize energy projects

© 2017 General Electric Company

EFS: a builder & a banker, providing flexible financing solutions for GE equipment

© 2017 General Electric Company