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{{#Wiki_filter:1 Deepwater OffshoreWindinMaine: thePlan,theTimeline Dr.H.J.Dagher,P.E.Director,AdvancedStructuresandCompositesCenterUniversityofMaine (207)5812138hd@umit.maine.edu June18,2009 2 OutlineDeepwaterDeepwater Deepwater Dr.H.J.Dagher (207)5812138hd@umit.maine.edu 3 DeepwaterWind: DominantUSOceanEnergyResourcedeepwater.
{{#Wiki_filter:Deepwater Offshore Wind in Maine:
Dr.H.J.Dagher (207)5812138hd@umit.maine.edu Source:WalterMusial,NREL(2008) 1.8.3%ofUSDeepwater WindResourceisoffMaine2.R&DCapacity:UMAdvancedStructuresandCompositesCenterUMGISOffshoreWindDatabase 4 Dr.H.J.Dagher (207)5812138hd@umit.maine.edu WhyPayAttentiontoMaine's Deepwater Wind?3.GovernorEstablishedDeepwateroffshoreWindTestbed 4.UniqueOceanIndustryAssets:BoatbuildingDeepwater floatingexploration rigs Maine:ASourceofGreenEnergyfortheNortheastU.S.*
the Plan, the Timeline Dr. H. J. Dagher, P.E.
* 5 Dr.H.J.Dagher (207)5812138hd@umit.maine.edu 55 million
Director, Advanced Structures and Composites Center University of Maine (207) 5812138 hd@umit.maine.edu June 18, 2009                   1


people 40 Nuclear Power Plants of
Outline
: 1. Why Deepwater Wind in the US?
: 2. Why Deepwater Wind in Maine?
: 3. How will Maine Use its Wind Resource?
: 4. Europe
: 5. Maine Deepwater R&D Plan Dr. H. J. Dagher (207) 5812138  2 hd@umit.maine.edu


Wind off Maine 6 MaineDeepwater Wind:PartoftheRegionalRPSSolution 7 TheMainePlan:MorethanTurningtheLightson!Dr.H.J.Dagher (207)5812138hd@umit.maine.edu 5 GW of additional wind needed to electrify heating and transportation in Maine 5GW 3GW 8 Source:WalterMusial(NREL,2008)89%ofMaine'sOffshoreWindisinDeepwater;Class6&7Winds US US US 9 0 50 100 150 200 250 300200020062012201820242030 Cumulative Installed Capacity (GW)OffshoreLand-based 53.9 GW offshore 293.4 GW on land 5 GW in each of top 10 offshore states Dr.H.J.Dagher (207)5812138hd@umit.maine.edu Maine'sRoleinMeetingU.S.DOE'sPlan:
Deepwater Wind:
"20%WindEnergyby2030" 10 40,616MW Dr.H.J.Dagher (207)5812138hd@umit.maine.edu USisBehind: OffshoreWindProjectsPlannedby2015EuropeandNorthAmerica Source:WalterMusial(NREL,2008) 11 Floating Wind Turbine Testing Ongoing in Norway 12 Dr.H.J.Dagher (207)5812138hd@umit.maine.edu MaineR&DGoal1(20092010): EstablishDeepwaterWindTestbed Objectives:-Evaluate deepwater platform designs in-situ, both scale
Dominant US Ocean Energy Resource
: 1. 61% of US offshore wind resource in deepwater.
: 2. US deepwater wind ~
1,533 GW.
: 3. Total US electrical generation capacity ~
1,100 GW.
Source: Walter Musial, NREL (2008)
Dr. H. J. Dagher (207) 5812138            3 hd@umit.maine.edu


models and full-size.  
Why Pay Attention to Maines Deepwater Wind?
-Verify models necessary for
: 1. 8.3% of US Deepwater Wind Resource is off Maine.
: 2. R&D Capacity:
UM Advanced Structures and Composites Center UM GIS Offshore Wind Database (25 faculty x 50 years)
: 3. Governor Established Deepwater offshore Wind Testbed
: 4. Unique Ocean Industry Assets:
(a) Boatbuilding industry (BIW)
(b) Deepwater floating exploration rigs (Cianbro) h Dr. H. J. Dagher (207) 5812138  4 hd@umit.maine.edu


design.Partners: Testbedopen to federal, academic and industrial
Maine: A Source of Green Energy for the Northeast U.S.
55 million          40 Nuclear people              Power Plants of
* Maine is larger than                                Wind off Maine all other New England states
* 18% of US population in Northeast Dr. H. J. Dagher (207) 5812138          5 hd@umit.maine.edu


partners.Approach: Establish heavily instrumented, highly characterized ocean environment, >60m 13 MaineR&DGoal2(20102014):TestDeepwaterWindTurbines Technical Challenges:-Predictive models.-Cost Target ($3.5/W).
Maine Deepwater Wind:
-Manufacturability.
Part of the Regional RPS Solution 6
-Deployment.
-Durability: corrosion/fatigue.
-Survivability (extreme local events).-Foundations.
-Optimization for Class 6 and 7 winds.
Approach:-Start with scale model(s), Laboratory Testbed-Use macrocomposites(conventional+advancedmaterials).
14 Dr.H.J.Dagher (207)5812138hd@umit.maine.edu
**MaineR&DGoal3(20142018): FirstFloatingOffshoreWindFarmStepping-Stone Project: 20-30 MW
-Design-Build-Monitor 1.AdvancedDeepwaterWindPrototypingCenter 2.
DeepwaterWindTestbed 15 Dr.H.J.Dagher (207)5812138hd@umit.maine.edu MainetoInvestin DeepwaterOffshoreWindResearch UM Testbed 16*$1billionperyearover20years*Localfabandinstall(30%)=$300M/year*Localoffshoreservice(2.5%ofCI)=$500M/yearafter built*With25yearlife,projectrepoweringsustainsregionaljobs


Dr.H.J.Dagher (207)5812138hd@umit.maine.edu EconomicOpportunitiesforMaine 5GW=250MW/Yearover20Years}}
The Maine Plan:
More than Turning the Lights on!
3GW 5GW 5 GW of additional wind needed to electrify heating and transportation in Maine Dr. H. J. Dagher (207) 5812138                  7 hd@umit.maine.edu
 
89% of Maines Offshore Wind is in Deepwater; Class 6 & 7 Winds US    US US Source: Walter Musial (NREL, 2008) 8
 
Maines Role in Meeting U.S. DOEs Plan:
20% Wind Energy by 2030 5 GW in each 300 Offshore      of top 10 53.9 offshore Cumulative Installed Capacity (GW)
Land-based 250                                                                  GW states                                      offshore 200 150                                                                293.4 GW 100                                                                on land 50 0
2000          2006      2012      2018  2024            2030 Dr. H. J. Dagher (207) 5812138        9 hd@umit.maine.edu
 
US is Behind:
Offshore Wind Projects Planned by 2015 Europe and North America 40,616MW Source: Walter Musial (NREL, 2008)
Dr. H. J. Dagher (207) 5812138    10 hd@umit.maine.edu
 
Floating Wind Turbine Testing Ongoing in Norway 11
 
Maine R&D Goal 1(20092010):
Establish Deepwater Wind Testbed Objectives:
- Evaluate deepwater platform designs in-situ, both scale models and full-size.
- Verify models necessary for design.
Partners:
Testbed open to federal, academic and industrial partners.
Approach: Establish heavily instrumented, highly characterized ocean environment, >60m Dr. H. J. Dagher (207) 5812138    12 hd@umit.maine.edu
 
Maine R&D Goal 2 (20102014):
Test Deepwater Wind Turbines Technical Challenges:
- Predictive models.
- Cost Target ($3.5/W).
- Manufacturability.
- Deployment.
- Durability: corrosion/fatigue.
- Survivability (extreme local events).
- Foundations.
- Optimization for Class 6 and 7 winds.
Approach:
                                - Start with scale model(s), Laboratory  Testbed
                                - Use macrocomposites (conventional+advanced materials).
13
 
Maine R&D Goal 3 (20142018):
First Floating Offshore Wind Farm Stepping-Stone Project: 20-30 MW
                  *
                  *
                                        - Design
                                        - Build
                                        - Monitor Dr. H. J. Dagher (207) 5812138  14 hd@umit.maine.edu
 
Maine to Invest in Deepwater Offshore Wind Research
: 1. Advanced Deepwater Wind Prototyping Center:
* Expands UM Advanced Structure and Composites lab to 70,000 ft2
* Design, prototype and test under one roof
* Robotics composites prototyping
* Nanocomposites
: 2. Deepwater Wind Testbed                                      UM Testbed Dr. H. J. Dagher (207) 5812138      15 hd@umit.maine.edu
 
Economic Opportunities for Maine 5GW = 250 MW/Year over 20 Years Based on Vestas V903MW turbine
* $1 billion per year over 20 years
* Local fab and install (30%) = $300M/year
* Local offshore service (2.5% of CI) = $500M/year after built
* With 25year life, project repowering sustains regional jobs Dr. H. J. Dagher (207) 5812138  16 hd@umit.maine.edu}}

Latest revision as of 07:37, 13 November 2019

2009/06/18-Exhibit 16 of 21-Deepwater Offshore Wind in Maine: the Plan, the Timeline
ML102930376
Person / Time
Site: Seabrook NextEra Energy icon.png
Issue date: 06/18/2009
From: Dagher H
Univ of Maine
To:
NRC/SECY
SECY RAS
Shared Package
ML102930267, ML102930373 List:
References
License Renewal 6, RAS 18940, 50-443-LR
Download: ML102930376 (16)
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Text

Deepwater Offshore Wind in Maine:

the Plan, the Timeline Dr. H. J. Dagher, P.E.

Director, Advanced Structures and Composites Center University of Maine (207) 5812138 hd@umit.maine.edu June 18, 2009 1

Outline

1. Why Deepwater Wind in the US?
2. Why Deepwater Wind in Maine?
3. How will Maine Use its Wind Resource?
4. Europe
5. Maine Deepwater R&D Plan Dr. H. J. Dagher (207) 5812138 2 hd@umit.maine.edu

Deepwater Wind:

Dominant US Ocean Energy Resource

1. 61% of US offshore wind resource in deepwater.
2. US deepwater wind ~

1,533 GW.

3. Total US electrical generation capacity ~

1,100 GW.

Source: Walter Musial, NREL (2008)

Dr. H. J. Dagher (207) 5812138 3 hd@umit.maine.edu

Why Pay Attention to Maines Deepwater Wind?

1. 8.3% of US Deepwater Wind Resource is off Maine.
2. R&D Capacity:

UM Advanced Structures and Composites Center UM GIS Offshore Wind Database (25 faculty x 50 years)

3. Governor Established Deepwater offshore Wind Testbed
4. Unique Ocean Industry Assets:

(a) Boatbuilding industry (BIW)

(b) Deepwater floating exploration rigs (Cianbro) h Dr. H. J. Dagher (207) 5812138 4 hd@umit.maine.edu

Maine: A Source of Green Energy for the Northeast U.S.

55 million 40 Nuclear people Power Plants of

  • Maine is larger than Wind off Maine all other New England states
  • 18% of US population in Northeast Dr. H. J. Dagher (207) 5812138 5 hd@umit.maine.edu

Maine Deepwater Wind:

Part of the Regional RPS Solution 6

The Maine Plan:

More than Turning the Lights on!

3GW 5GW 5 GW of additional wind needed to electrify heating and transportation in Maine Dr. H. J. Dagher (207) 5812138 7 hd@umit.maine.edu

89% of Maines Offshore Wind is in Deepwater; Class 6 & 7 Winds US US US Source: Walter Musial (NREL, 2008) 8

Maines Role in Meeting U.S. DOEs Plan:

20% Wind Energy by 2030 5 GW in each 300 Offshore of top 10 53.9 offshore Cumulative Installed Capacity (GW)

Land-based 250 GW states offshore 200 150 293.4 GW 100 on land 50 0

2000 2006 2012 2018 2024 2030 Dr. H. J. Dagher (207) 5812138 9 hd@umit.maine.edu

US is Behind:

Offshore Wind Projects Planned by 2015 Europe and North America 40,616MW Source: Walter Musial (NREL, 2008)

Dr. H. J. Dagher (207) 5812138 10 hd@umit.maine.edu

Floating Wind Turbine Testing Ongoing in Norway 11

Maine R&D Goal 1(20092010):

Establish Deepwater Wind Testbed Objectives:

- Evaluate deepwater platform designs in-situ, both scale models and full-size.

- Verify models necessary for design.

Partners:

Testbed open to federal, academic and industrial partners.

Approach: Establish heavily instrumented, highly characterized ocean environment, >60m Dr. H. J. Dagher (207) 5812138 12 hd@umit.maine.edu

Maine R&D Goal 2 (20102014):

Test Deepwater Wind Turbines Technical Challenges:

- Predictive models.

- Cost Target ($3.5/W).

- Manufacturability.

- Deployment.

- Durability: corrosion/fatigue.

- Survivability (extreme local events).

- Foundations.

- Optimization for Class 6 and 7 winds.

Approach:

- Start with scale model(s), Laboratory Testbed

- Use macrocomposites (conventional+advanced materials).

13

Maine R&D Goal 3 (20142018):

First Floating Offshore Wind Farm Stepping-Stone Project: 20-30 MW

- Design

- Build

- Monitor Dr. H. J. Dagher (207) 5812138 14 hd@umit.maine.edu

Maine to Invest in Deepwater Offshore Wind Research

1. Advanced Deepwater Wind Prototyping Center:
  • Expands UM Advanced Structure and Composites lab to 70,000 ft2
  • Design, prototype and test under one roof
  • Robotics composites prototyping
  • Nanocomposites
2. Deepwater Wind Testbed UM Testbed Dr. H. J. Dagher (207) 5812138 15 hd@umit.maine.edu

Economic Opportunities for Maine 5GW = 250 MW/Year over 20 Years Based on Vestas V903MW turbine

  • $1 billion per year over 20 years
  • Local fab and install (30%) = $300M/year
  • Local offshore service (2.5% of CI) = $500M/year after built
  • With 25year life, project repowering sustains regional jobs Dr. H. J. Dagher (207) 5812138 16 hd@umit.maine.edu
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