HAUGØYA TEST TURBINE, SMØLA
Science Meets Industry, Bergen September 9th 2014
Ole Johan Lindaas
VP Project Development and Construction, Offshore Wind
1
AgendaGeneral information Why Haugøya at SmølaWhat do we want to achieveQ&A
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Statkraft at a glance
Peru182 MW(+ project)
Chile105 MW
Turkey20 MW(+ projects)
Nepal 23 MW
Philippines149 MW
Brazil86 MW
Panama(prosjekt)
Zambia6 MW
Norway12 518 MW Sweden
1 315 MW
UK273 MW
Laos 100 MW
Germany2 692 MW
India91 MW
SN POWER/AGUA IMARA
STATKRAFT
Albania(project)
Sri Lanka1 MW
Installed capacity17 600 MW
Power production (2013)56 TWh
97% renewable energy
3 600 employees
*
* 2013 figures. Includes: ‐ Statkraft’s share of installed capacity‐ Statkraft SF’s share of installed capacity in Laos
The Group and Norwegian subsidiaries
4
ASSOCIATED COMPANIES
45.5%
49.9%
50%
51%
50%
SUBSIDIARIES
66.6%
60%
60%
49 %
District heatingDistrict heating
Deliver growth in pure energy
European Flexible GenerationEuropean Flexible Generation
Wind powerWind power
International HydropowerInternational Hydropower
Trading & OriginationTrading & Origination
STRATEGIC DIRECTIONSSTRATEGIC DIRECTIONS
‐
50 000
100 000
150 000
200 000
250 000
300 000
350 000
2 010 2 011 2 012 2 013MW
Global wind power 2010‐2013
Europa USA Kina Resten av verden
Global development of wind power More than 300 GW of wind power
installed globally.
The annual growth in wind power in Europe the last years has been between 10-13 GW.
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+22%
+21%
+13%
Kilde: IHS Emerging Energy Research
The wind power markets
76 560
61 789
33 925
22 794
20 269
8 744
8 149
7 694
6 425
4 723
4 418 41 553
Onshore windpower 2013 [Σ= 297GW]
China
United States
Germany
Spain
India
Italy
France
Canada
United Kingdom
Portugal
Sweden
Other
7
3 870
1 267
940
580
497
241 215
Offshore windpower 2013[Σ= 7.7GW]
United Kingdom
Denmark
Germany
China
Belgium
Netherlands
Sweden
Japan
Finland
Ireland
Norway
Portugal
Kilde: IHS Emerging Energy Research
LCoE 2014-2035
8
0
20
40
60
80
100
120
140
160
180
UK (€/MWh)
Kull, UK Onshore vind, UK Offshore vind, UK
Assumptions: CO2, fuels, tech data from LPF14. All techs are running baseload, ie maximum capacity factors technically possible. WACC = 7.3% for all techs
Statkrafts offshore wind strategy
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Sheringham Shoal:Partner during construction, operator in operational phase(50%)
Dudgeon:Integrated partner (30%)
Next project:operator/ industrial role
Dogger Bank:Operator onone of fourprojects
Haugøya test turbine at Smøla Concession given by NVE in
Desember 2013. Objections, mainly bird related received and application sent to OED for final decision. Final concession received July 2014.
Preliminary milestones:- FID in Q1 2015.- Site completed winter 2015/16- WTG installation in 2016.- Operational in 2016.
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Technical data
Turbine power: 6 - 8 MW
Hub height: 100 - 130 m
Rotor diameter: 140 - 180 m
Yearly production: 20 - 25 GWh
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Why Haugøya at Smøla? Onshore testing has lower cost and
risk compared to offshore testing
Smøla has very good wind conditions and is well suited as test site
Haugøya can easily be facilitated for barge transport for turbine, tower and required equipment
Statkraft can utilize its existing operational organisation at Smøla
There exist attractive support regimes for test facilities in Norway
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What do we want to achieve
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Validate technology, reliability and capabilityData driven validation of turbine operating at offshore conditions. Don´t tell us, show us!
Evaluate SuppliersRelationship built upon trust and cooperation
Demonstrate Statkraft long term industrial role and commitment Statkraft will take wind business to the next level
What do we want to achieve
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Encourage turbine manufacturersStatkraft is here to stay
Ensure market competitionEnsure several options for future projects
Implement Statkraft requirements & Create an experience baseFollow up on project and technology from day one
Statkrafts ultimate goal
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Improve safety & reduce cost and risk for
coming projects
Improve safety & reduce cost and risk for
coming projects
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THANK YOU
www.statkraft.no