Offshore Wind We are a global engineering, procurement and construction provider with years of experience in providing tailored solutions to the offshore wind industry. This expertise includes providing all aspects of engineering and construction throughout the life-cycle of an offshore wind project. Our portfolio also includes projects throughout the world making SNC-Lavalin a dominant provider in the global wind industry.

Our offshore capabilities include market leading expertise in the full design of both fixed and floating Wind Turbine Foundation design as well as the full design of Offshore Substations. Our team’s experience in Offshore wind is unparalleled and includes monopiles.

› Project Development support including feasibility studies, CAPEX/OPEX optimization

› Offshore wind farm engineering including layouts, Array Design, WTG foundation Design (Jackets, Monopiles, Floating) and Offshore Substation

› Environmental studies and Permitting (Local, State, Federal)

› Geotechnical and geophysical engineering expertise

› Submarine Cable design including Array cable design

› Transmission Planning and Point of Interconnection design

OFFSHORE WIND EXPERIENCE

OVER 50 YEARS’ EXPERIENCE With over 40 years in the oil and gas industry and over 10 years in offshore wind

OFFSHORE SUBSTATIONS FULLY DESIGNED

So far, 5 of which have been successfully fabricated and installed

WIND TURBINE GENERATOR FOUNDATIONS

Designed or in design covering monopile and jacket studies

OPERATIONAL STRUCTURESWhere we provide ongoing integrity assurance/management, inspection, and remediation support, covering WTG and OSP structures

FLOATING CONCEPTS THAT WE’RE INVOLVED IN

Hywind, Windfloat, Hexicon and Kincardine, with water depths of 45m to 143m

GEOTECHNICAL AND STRUCTURAL OFFSHORE ENGINEERS

Many have developed some unique solutions for the offshore wind industry

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Dudgeon Offshore Wind FarmConcept design and detailed design of 67 individual monopiles and 67 individual transition pieces. The wind farm is expected to be fully operational in early 2019.

Galloper Array Offshore SubstationDetailed design of the topside of the offshore substation, including the helideck, provision of technical support through construction, installation and commissioning phases.

Conceptual and detailed design Conceptual and detailed design of eight offshore substation platforms (including substructure and topsides) for Ørsted EnergyDelivery of a standardised design that enabled a production line approach to fabrication, to reduce the costs of offshore wind without compromising safety and reliability.

WindFloatFEED and detailed design of hull and moorings of an innovative floating support structure for offshore wind turbines from Principal Power, and involved with the design of 8MW follow-on projects installed in Oregon & Portugal.

Beatrice Offshore Wind FarmPre-FEED and FEED design, and detailed design of turbine jacket foundations (including geotechnical engineering) for the challenging conditions at this site, where water depths range from 30m - 55m.Photo: Smulders

Photo: Equinor

Hornsea Project One Three substations with helidecks and refuelling systems.

Race Bank wind farmTwo substations.

Photo: Ørsted Energy Photo: Ørsted Energy

Walney wind farm Two substations.

Burbo Bank wind farmOne substation.

Photo: Ørsted Energy Photo: Ørsted Energy

Hywind Floating Wind Installation ChallengeNamed as one of the three winners of Equinor’s innovation campaign, the Hywind Installation Challenge, which looked at options to improve the Hywind turbines assembly and installation sequence to make the concept more cost efficient and available in more markets around the world. Our offshore oil and gas teams in the UK and North America, and UK-based renewables team developed a design of multiple turbines attached to a reusable transportation frame.

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