The Past, Present and Future of Wind Supply Chains

Transcription

1 The Past, Present and Future of Wind Supply Chains DHL Global Wind Conference II - Hamburg 27 September 2016 By Richard van Aurich - MD, Renewable Energy - Germany & Denmark, SHL 27 September 2016

2 Agenda Introduction/SHL Past & Present Future Challenges - Marine Supply Chain 2

3 Introduction / Seaway Heavy Lifting Founded: 1991 Involved in Renewables: 2009 (Greater Gabbard) Headquarter: Zoetermeer, The Netherlands Other offices: Personnel: Main Assets: Focus Market: Experience Renewables: United Kingdom, France, Germany, Cyprus and USA 600 (incl. vessel crew) +/- 100 Engineers Crane vessel Stanislav Yudin & Crane vessel Oleg Strashnov Offshore Renewables (incl. decommissioning) Oil & Gas (incl. decommissioning) T&I WTG foundations (jackets, monopiles, tripods) T&I Platforms (HVAC, OAP, HVDC) & metmasts 3

4 Backlog Renewables: Beatrice Project SHL Key Fact 558 MW Capacity Wind Farm, located in the Outer Moray Firth on the north-western point of the Smith Bank, 13.5km from the Caithness coastline, UK. Beatrice Offshore Wind Limited (BOWL) BOWL is a 40:25:35 JV between SSE Renewables, SDIC Power of China and Copenhagen Infrastructure Partners SHL Scope Marine Construction Management EPCI: 84 Jackets & 336 associated Pin Piles EPCI: Scouring Protection EPCI: 191 Inter-array cables T&I: 2 Offshore Transformer Modules 4

5 Windfarm Particulars over Time Past Present Future OWP: MW Turbine: MW Quantity: (150) Water depth: 25-40m Remoteness: <100km MP/TP: 600 mt Jackets: several projects OSS: ~ mt OWP: MW Turbine: 6 8 MW Quantity: (102) Water depth: 30-58m Remoteness: ~100km MP/TP: 1250 mt Jackets: 1 project OSS: mt OWP: MW Turbine: 8 10 MW Quantity: Water depth: 40-58m Remoteness: >100km MP/TP: mt Jackets: more projects OSS: mt 5

6 Contract Strategy EPCI packaging Full EPCI Multicontracting Multicontracting foundations scouring infield cables EPCI foundations + scouring EPCI infield cables EPC Turbines foundations scouring infield cables OSS turbines EPCI OSS EPCI turbines Balance of Plant OSS turbines 6

7 Cost of Energy: The Right Balance 7

8 Future Challenges - Marine Supply Chain So which marine installation asset(s) do we need to be ready for the future? 8

9 Anticipated Changes in Offshore Logistics Foundation Fabrication Locations 2 4 Temp. Storage Yards 1 2 Foundation Installation Vessels Foundation Transport Vessels > 5 (Marine) Contractors 5 Installation Vessels 4 Opportunity 9

10 Marine Asset Solution Criteria The all purpose vessel 10

11 Marine Asset Solution Criteria Single purpose / tailored vessel 11

12 Marine Asset Solution Criteria Multiple single purpose / tailored vessels 12

13 Future Challenges - Marine Supply Chain So how do I coordinate all these marine assets at Site? 13

14 Marine Coordination Transport vessels Support Vessels Cargo barges Tugs Coasters Installation vessels Crane vessels Cable lay vessels JUVs AHTs Guard vessels CTVs Supply vessels DBBC vessels Noise measurement vessels Others Helicopters Fisher boats Tourists 14

15 Marine Coordination A Marine Coordinator will have to manage all activities at and towards/from the offshore site: permit to work permits for Subcontractors daily interface with Client (other Principal Contractors) daily interface with Operational Departments (Onshore and Offshore) Tracking vessel progress 15

16 Marine Coordination 16

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18 Contact details For more information please contact: Richard van Aurich Managing Director Renewable Energy (Germany & Denmark) Tel: +49 (0) (d) Mob: +49 (0) Website: SHL Contracting Germany GmbH Neuer Wall 63 D Hamburg Seaway Heavy Lifting Head Quarter Albert Einsteinlaan ER Zoetermeer (NL) Tel: +31 (0) DHL Global Wind Conference II 27 September