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Jess M. Busturia Managing Director jmbusturia@nautilusfs.com May - PowerPoint PPT Presentation

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Jess M. Busturia Managing Director jmbusturia@nautilusfs.com May 2018 Vision: Mission: To be a global player To Design & Manufacture in the coming market for floating foundations Floating Offshore Wind for Offshore Wind Located in

  1. Jesús M. Busturia Managing Director jmbusturia@nautilusfs.com May 2018

  2. Vision: Mission: To be a global player To Design & Manufacture in the coming market for floating foundations Floating Offshore Wind for Offshore Wind

  4. Located in the Basque Country Well positioned to serve North Atlantic markets Good current suppliers for offshore wind Home of offshore wind world leaders Companies in the North of Spain are participating in the offshore wind value chain, being cost conscious to support the necessary reduction in LCoE

  5. And also to new coming Southern markets This information is confidential and belongs to NAUTILUS Floating Solutions, S.L. May 2018 5 No copy or transmission is allowed without a written approval.

  6. Floating Offshore Wind Reasons to go deeper Limited shallow water locations. Source: Carbon Trust, Most of the wind resource lies in deep waters with less turbulence. Floating Offshore Wind: Market and Technology Reduced environmental impact Review, 2015 Less restrictions for deployment and reduced visual impact • Huge potential around the world. Access to markets without extended continental shelf: USA, Japan, Norway, France, Portugal, Spain, … Even in the North Sea there are areas with high wind resource in deep waters Coastal areas with high energy demand. Source ORECCA 80% of the offshore wind resource Giles Dickson, CEO WindEurope, FOWT 2017, Marseille in Europe is located in Deep The available continental shelf is Waters > than 60 m very small This information is confidential and belongs to NAUTILUS Floating Solutions, S.L. May 2018 6 No copy or transmission is allowed without a written approval.

  7. NAUTILUS Concept Four-columns semisubmersible floating sub-structure Rigid ring pontoon connecting the columns with flat lower surface Main deck consisting of four rectangular shaped connections between column ´ s upper end and transition piece (TP) Simple support structure to manufacture Compact dimensions ▪ Few parts ▪ No tubular joints ▪ Steel construction ▪ Standard catenary mooring ▪ No need for large investment in port facilities ▪ Draft adjustment and mean heel angle compensation through active water ballasting Simple installation procedure using a small number of low-cost vessels. This information is confidential and belongs to NAUTILUS Floating Solutions, S.L. May 2018 7 No copy or transmission is allowed without a written approval.

  8. Roadmap Preliminary Design Detailed Design Full scale Technical Conceptual Economical Basic Design / FEED Detailed Design manufacturing & Feasibility Design Feasibility deployment Design Phases 2020 - 2021 2012 - 2013 2014 - 2016 2017 - 2018 2018 - 2019 Wind Commercial WT NREL 5MW, DTU 10MW, others Turbine Tank Testing Design (2014) 1:60 (2014) 1:35 (2018) ≈ 1:35 (2018) validation SINTEF OCEAN UC Cork IH Cantabria Ifremer Conceptual Design (2017) Detailed Design (2018-19) Third Party Feasibility PDR CDR CDR Ramboll Verification & DNVGL Design Basis Design Certif. Certification Technology & Market Assessment Project risk management ORE Catapult Patent pending EP 16382658.9 This information is confidential and belongs to NAUTILUS Floating Solutions, S.L. May 2018 8 No copy or transmission is allowed without a written approval.

  9. R&D Activities Participating in various Regional, National and European R&D Projects CDTI – CIEN: FLOCAN2GRID DNV-GL Joint Industry Project • New Solutions for Innovative Platforms and Technologies associated to the evacuation and network integration of Floating Offshore Wind Farms. Budget: 9.5 MM€ • H2020 SME Instrument New Floating Platform for offshore wind in deep • SODERCAN: I+C=+C waters • SAFE: Development of a Motion Compensated Phase 1 awarded • Gangway to Access Marine Energy devices EU contribution: 50.000 € • Budget: 1.1 MM€ • H2020 – LCE2: EERA Wind LIFES 50+ Project Optimize and qualify to a TRL 5, of two innovative • substructure designs for 10MW turbines Budget: 7.3 MM€ • HAZITEK 2016 – Basque Country Development of a Structure for Floating Offshore • Wind Budget: 210 k€ • HAZITEK 2017 – Basque Country • FLOW Budget: 3.2 MM€ • This information is confidential and belongs to NAUTILUS Floating Solutions, S.L. May 2018 9 No copy or transmission is allowed without a written approval.

  10. Final Remarks NAUTILUS has developed a patent pending Floating Offshore Wind Foundation concept that has been recognized by various third parties: • Well-known Engineering Companies • Certification bodies • R&D institutions NAUTILUS is facing a detailed design process that will lead to the manufacturing and installation of a 1:1 scale prototype. NAUTILUS design and installation procedures are in line with industry requirements to provide a LCoE reduction from current developments. NAUTILUS is very well known in the industry • Participating in the largest R&D EU financed Project regarding FOWT (Lifes50+) • Attending Conferences, Exhibitions and Events all over Europe and Japan • Establishing relationships with potential customers, suppliers and partners. NAUTILUS is performing a fund rising to secure enough financial resources to go ahead with its Strategic Plan This information is confidential and belongs to NAUTILUS Floating Solutions, S.L. May 2018 10 No copy or transmission is allowed without a written approval.

  11. Thank you, for your attention Contact: Nautilus Floating Solutions, S.L. Jesús M. Busturia Parque Científico y Tecnológico de Bizkaia Edificio 612, Off. 11 Managing Director E-48160 Derio, Bizkaia jmbusturia@nautilusfs.com Spain nautilusfs.com

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