STX FRANCE From Design To Construction of Offshore Wind Projects - - PowerPoint PPT Presentation

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STX FRANCE From Design To Construction of Offshore Wind Projects - - PowerPoint PPT Presentation

STX FRANCE From Design To Construction of Offshore Wind Projects Pierre-Paul LACAS Hydrodynamic and Structural Engineer Technical manager for floating offshore wind projects pierre-paul.lacas@stxeurope.com SUMMARY Co Company stru


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STX FRANCE

From Design To Construction of Offshore Wind Projects

Pierre-Paul LACAS – Hydrodynamic and Structural Engineer Technical manager for floating offshore wind projects pierre-paul.lacas@stxeurope.com

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SUMMARY

Co Company stru tructure Ship ip build ilding back ckground Offshore e en ener ergy busin ines ess unit it References R&D programs

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SLIDE 3

ABOUT STX FRANCE…

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SLIDE 4

LOCATION

22 janvier 2018

Saint Nazaire, France Loire estuary 60km from Nantes

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SLIDE 5

COMPANY STRUCTURE

3 Business Units OFFSHORE ENERGY

Fincantieri (~50 + 1%) Naval Group (~14%) French state (~33%) Others (2%)

SHIPS SERVICES

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MAIN FIGURES

1,400 t of hoisting capacities 65,000 tons/year transformed steel Th The e lar argest er erectio ion do dock in n Eur Europ

  • pe

2,600 employees 6,000 persons on site 1 sheltered workshop with 2x60t hoisting capacity 6000 m² assembly area 1 sheltered painting workshop Of Offshor

  • re pr

proj

  • jects ded

dedic icated wor

  • rkshop
  • ps
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SLIDE 7

CORE BUSINESS

De Desig ign and and build build com

  • mple

lex na naval l str tructures  Integrate  Manage interfaces  Industrialize  Assemble  Commission

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SLIDE 8

OFFSHORE ENERGY BUSINESS UNIT

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SLIDE 9

MARKET AND ACTIVITIES

22 janvier 2018

  • Electrical Offshore Substations

Sc Scop

  • pe EP

EPCI for:

  • r:
  • Substructures and Foundations

Control and loop

Al All for

  • r on
  • ne

e and and on

  • ne

e for

  • r al

all !

FEED

General Arrangement

BASIC DESIGN

Architecture

DETAILED DESIGN

Advanced

T&I

Vessel Crane capacity

CONSTRUCTION

Strategy Material

INDUSTRIALIZATION

Workshop drawings

Effi ficie ient desi design by y mul multi-dis iscip iplin inary con

  • nstrain

int integr gratio ion

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REFERENCES (1/2)

22 janvier 2018

Deliv livery: 2011 Site: Onshore jacket prototype for Haliade 6MW Client: Alstom Site: Le Carnet - FRA Scop

  • pe: EPCI

Deliv livery: 2014 Site: Westermost Rough – UK: OSS 210MW (1200t) + post-pilled jacket (1500t) Clie ient: DONG Energy Scop

  • pe: EPC
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REFERENCES (2/2)

22 janvier 2018

Deliv livery: 2018 Site: Arkona – GER: OSS 385MW (4000t) + pre-pilled jacket (1800t) Clie ient: EON, Statoil, 50Hz Scop

  • pe: EPCIM

Deliv livery: 2018 Site: Rentel – BEL: OSS 309MW (1200t) + monopile (1600t) Clie ient: Otary Scop

  • pe: EPCI
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ENGINEERING AND FABRICATION OF INSTALLATION AIDS

22 janvier 2018

  • Lift

Lifting of

  • f top
  • pside  Spreader bar
  • Pile

ile dr driving  Template, follower

  • Bar

arge Transport  Sea fastening design

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COST REDUCTIONS BY INNOVATION AND DEVELOPMENT

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R&D

  • Proj
  • ject Par

artnership ip

  • In

n Ho Hous use De Develo lopment

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R&D PR PROJECTS Prod

  • duct

Perio iod Subje ubject

FONDEOL Jacket 2010-2011 Comparison of various foundation types & tank trials POSEOL Vessel 2010-2011 Installation vessel FONDEOL 2 Jacket 2011-2012 Environmental impact & monitoring AG4 Jacket 2012 DNV certification of jacket concept CHARGEOL Jacket 2012-2016 Complex loading applied on offshore structure SURFEOL Jacket 2013-2015 Measurement and maintenance ADUSCOR Jacket 2013-2015 Corrosion protection HYSMAR Jacket, Tidal 2013-2014 Hydrodynamic modeling APSTRAM Jacket 2013-2016 HLE material WATTEOL 500 OSS 2014-2015 DNV certification of OSS stress skin design ORCA Tidal 2015-2016 Tidal turbine foundation FEOS Floating OSS 2015-2017 Floater benchmarking and FEED JACKCLASS Jacket 2016 Fast track design of OSS jacket OMDYN 1 & 2 Cables 2016-2019 Dynamic cable for floating structure DIME Environmental loads 2017-2019 MetOcean data and extrem loads modeling JIP DNVGL Floating 2016-2018 Coupled analysis of floating wind turbine ROS 3D Pile 2017-2020 Soil FE modeling MONOCLASS Monopile 2017 Fast track design of MP SEEOS OSS 2017-2018 OSS standardization

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E.G. JACKET FOUNDATIONS

22 janvier 2018

Fabrication constraints

Fond marin

HENSEVELIE

Pile bottom

Pile Top

FZ

FX

M

Y

HAFFOUIL

L.

Pile design (axial + lateral)  OSS

METHODOLOGY AND TOOL DE DEVELOPMENT: -20 20% prim primary ry ste teel

AG4

STX Concept certification (DNV)

AG3 Ship impact SCF  WTG Clustering

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Semi-submersible concept

E.G. SEEOS CONCEPT (certification 2018) – PATENT PENDING

22 janvier 2018

Standardize the “OSS function” and provide customized add-ons

T1 T2 T3

  • 20%

% CAP CAPEX, OP OPEX, Co Cons nstruction ti time

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This presentation and the information contained herein are STX France’s property, and they cannot be reproduced, used or communicate, even partially, without the written consent by STX France SA.

THANK YOU FOR YOUR ATTENTION