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BRIDGING WORLDS IN WIND
February 2019
Archaeology in offshore?
BRIDGING WORLDS IN WIND
I. Introduction
II. Windplanblauw – Offshore Archeology
Contents
BRIDGING WORLDS IN WIND
Background
• Wind Power Consultancy & Engineering
• Since 2004
• Techno-Economic Advisor & Engineer
• Taiwan, Japan, NW-Europe
• Owners, Financers, Developers
Core Strengths
• Holistic Approach
• Bridging Commercial - Technical – Legal
• Bridging Cultures
• IX Network
I – Introduction (1/2)
BRIDGING WORLDS IN WINDI. Introductions (2/2)
Some ReferencesProject Size (MW) Loc
Formosa 1 OWF 130 TW
Eurus M&A Yard portfolio 103 NL / F
Sandbank & Dan Tysk 2 x 288 DE
Gwynt y Mor 576 UK
Hitachi 100 JP
3 x OSS design review 900 CN
€ 10 bn.+ investment
BRIDGING WORLDS IN WIND
II – Offshore Consultancy References
BRIDGING WORLDS IN WIND
Offshore substructures
II – Offshore Foundation References
Client Project Size Location Scope
EnbW5 Hohe See 497 MW North Sea, Germany Monopile Design
Aspiravi/Sumitomo Northwind 216 MW Belgium Monopile + Jacket Design
Vatenfall / SWM Dan Tysk 288 MW North Sea, Germany Monopile + Jacket Design
Eneco / Mitsibishi Luchterduinen 129 MW North Sea, Netherlands Owner’s Engineer – Monopiles
RWE Innogy Nordsee Ost 295 MW North Sea, Germany Owner’s Engineer – Jackets
Elicio/Eneco/Mitsubishi Norther 370 MW Belgium Owner’s Engineer – Monopiles
Iberdrola Wikinger 350 MW Baltic Sea, Germany OHVS Substructure Design
Vattenfall / SWM Sandbank 288 MW North Sea, Germany OHVS Substructure Design
Northland Power Gemini 600 MW the Netherlands 2 x OHVS Substructure Design
Meerwind Meerwind 288 MW North Sea, Germany OHVS Substructure Design
E.ON Amrumbank West 302 MW North Sea, Germany OHVS Substructure Design
Vattenfall / SWM Dan Tysk 288 MW North Sea, Germany OHVS Substructure Design
EWE / ENOVA Riffgatt 108 MW North Sea, Germany OHVS Substructure Design
BRIDGING WORLDS IN WIND
Formosa I Offshore Wind Farm Power COLocation: Taiwan
Projected Capacity: 130 MW
WTG Model: 2 x Siemens 4.0MW + ???
Commissioning Date: 2016 / 2019
Project Value: Confidential
IX Involvement: Technical Advisor:
• WTG contracts
• O&M
• Vessels
• Financial model
• Master Schedule
• Interface Matrix
• Electrical design
Clients: Swancor Renewable Energy
Formosa I Wind Power Co.M/V Torben – installation vessel
Results:
✓ Phase 1 Operational – first Taiwanese offshore turbines
✓ Commercially viable project
Development Support
III – Expertise – Case Examples
BRIDGING WORLDS IN WIND
Offshore Wind Farm Gwynt y MôrLocation: United Kingdom
Projected Capacity: 576 MW
WTG Model: 160 x Siemens 3.6MW
Commissioning Date: Q3 2014
Project Value: $ 2,800,000,000
IX Involvement: Due Diligence for Sponsors
Technical Advisor
Clients: German Utility SWM
Siemens Project Ventures
Gwynt y Môr OWF Layout and Turbines
(Courtesy RWE innogy)
Results:
✓ Successful deal
✓ Improved cost insight
✓ Key risks managed
Technical Due DiIligence
III – Expertise – Case Examples
BRIDGING WORLDS IN WIND
Offshore substructures
III – Expertise – Design & Engineering
❑ Hohe See (Jackets)
❑ Eldepasco (Monopile & Jackets)
❑ Dan Tysk (Monopile & Jackets)
❑ Luchterduinen (Owner’s Engineering – Monopiles)
❑ Nordsee Ost (Owner’s Engineering – Jackets)
❑ Norther (Owner’s Engineering – Monopiles)
Platforms:
Wikinger, Meerwind, Dan Tysk, Ravn, Gemini, Riffgat,
Sandbank, Amrumbank West (Concept)
BRIDGING WORLDS IN WIND
San Marcos Wind Farm
Location: San Marcos, Honduras
Projected Capacity: 50 MW + extension
WTG Model: Gamesa G9x
BOP Works: Very Complex
Project Value: $ 150.000.000
IX Involvement: Basic Designs
Tendering
Technical Advisor
Client: Grupo TERRA
Site visit welcome by local population
Plant (pre) Design
Tender Management & Contracting
Results & advantages:
✓ Several tens of millions US$ cost savings
✓ Improved guarantees & certainty
✓ Bankable
III – Expertise – Case Examples
BRIDGING WORLDS IN WIND
Results & advantages:
➢ New tech Bankable
➢ Risks managed
➢ Reduced costs
➢ Increased certainty on OPEX
Siemens SWT 3.0
Technology Evaluation
III – Expertise – Case Examples
BRIDGING WORLDS IN WIND
Results & advantages:
✓ Good working power plant
✓ Minimized extra work / damage
✓ Quality & supplier under control
✓ Documentation complete
✓ Certainty for stakeholders
✓ All issues solved
Contract Management
III – Expertise – Case Examples
BRIDGING WORLDS IN WIND
Have full control over the visual
planning of your wind projects
BRIDGING WORLDS IN WIND
Shaping tomorrow - Performing today
BRIDGING WORLDS IN WIND
Input data sheets
Availability & Production
Life-time costResults & advantages:
✓ Optimised business case
✓ Improved cashflow forecast
✓ Insight & control
Financial Modelling & Strategies: SOMOS
III – Expertise – Case Examples
BRIDGING WORLDS IN WINDRecent and current projects
Client Project Scope Loc
Obayashi Corp. Various Offshore Confidential Japan
VattenfallWindplan Blauw (O)
WP Moerdijk
Risk assessment & management
Development supportNetherlands
EDP / Engie Les Eoliens en Mer (OWF)O&M Strategy
Service Agreement NegotiationsFrance
JGC Corp. Various Offshore Wind Consultancy Japan
Eurus Energy Various Owner’s Engineer Japan
OX2 Confidential Quality Inspections Sweden
Triodos bank Confidential Lender’s Technical Advisor Netherlands
BRIDGING WORLDS IN WIND
II. Windplanblauw
Specifications
Location Flevoland / IJsselmeer, the Netherlands
Size ~250 MW
WT 61 x 4MW ???
Start construction 2020
Comment Mixed onshore and lake-wind
BRIDGING WORLDS IN WINDIV Windplanblauw
BRIDGING WORLDS IN WINDII. Windplanblauw
BRIDGING WORLDS IN WINDII. Windplanblauw
❑ 61 WTG’s
❑ 26 x offshore
❑ Tipheight: 248 meters
❑ Permitting: 2019
❑ FID: 202
❑ Commissioning: 2021
21
BRIDGING WORLDS IN WINDII. Windplanblauw - Role IX Wind
❑ Coorditating permit
procedures
❑ Managing technical
surveys
22
BRIDGING WORLDS IN WIND
II. Windplanblauw - Offshore archaeology:
side scan sonar
❑ Scanning for:
- Objects in water soil
- Soil conditions
23
BRIDGING WORLDS IN WIND
II. Windplanblauw - Offshore archaeology:
unidentified objects
❑ 251 unidentified objects
found
❑ Possibility for WWII
bomber remains (bombs
of wraks)
❑ Expensive salvage
24
BRIDGING WORLDS IN WIND
II. Windplanblauw - Offshore archaeology:
soil
❑ Strange soil structures
found
❑ Hypothesis: prehistoric
river dunes
25
BRIDGING WORLDS IN WIND
II. Windplanblauw - Offshore archaeology:
strange soil structures
❑ Strong connection
with prehistoris
structures onshore
❑ Possible unique places
for scientific research
to the origin of farmer
life
❑ Cooportaion made
with universities for
further boring
research
26
BRIDGING WORLDS IN WINDII.Windplanblauw - Planning
Time Activities
2018 Q1+2 Pre-design, EIA, Permitting
2018 Q3+4 Permit finalization
Design layout, roads, cabling
Installation pre-engineering
Engineering O&M concept
2019 Tendering & contracting
Archeology management
2020 Start construction BOP
2021 Installation WTGs
2022 COD
BRIDGING WORLDS IN WINDVideo
BRIDGING WORLDS IN WINDIII - References
BRIDGING WORLDS IN WIND
Asia
Paris Tzou
T: +886 90 626 8039
HQ
Eric Kamphues
T: +31 88 8860 888
m
ありがとうございました。
感謝您的聆聽
Thank you for your attention。
BRIDGING WORLDS IN WIND