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Offshore wind turbines silhouetted across the North Sea
SELECTED WORK

Projects

Engineering delivered across global wind markets, onshore, offshore, floating, and wind-to-hydrogen.

HT1 Aberdeen Bay
Offshore Wind + Hydrogen
Aberdeen Bay, UK

HT1 Aberdeen Bay

Led site-specific load analysis and structural integration for a combined offshore wind and hydrogen production platform, aligning turbine loads, foundation design, and hydrogen infrastructure into a single certifiable structural system.

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Normandy I & II
Large-Scale Offshore
Normandy, France

Normandy I & II

Delivered layout design and site-specific load studies across two large offshore arrays, optimising turbine spacing and foundation loading against metocean data and wake-interaction effects at scale.

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Brittany Floating Wind
Floating Offshore
Brittany, France

Brittany Floating Wind

Engineered floating substructure and mooring load concepts through dynamic design analysis across combined wind, wave, and platform-motion load cases.

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Stora Middelgrund
Large-Scale Offshore
Kattegat, Sweden

Stora Middelgrund

Delivered comprehensive metocean studies and energy yield analysis for an 864 MW Swedish offshore development, worked against the environmental constraints attached to the site.

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Rentel Offshore
Certification
Belgian North Sea

Rentel Offshore

Project certification of a 288 MW Belgian offshore wind farm under DNV-OS-J901, including evaluation of mechanical components across the turbine and support structure interface.

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Shepherds Flat
Onshore Wind
United States

Shepherds Flat

Micrositing and execution support across an 845 MW onshore wind farm in the United States built on GE 2.5 MW turbines — one of the largest onshore arrays of its generation.

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Sweetwater
Onshore Wind
Texas, United States

Sweetwater

Execution support on a Texas onshore wind development, contributing to 585 MW of installed capacity across one of the state’s large-scale wind build-outs.

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Alta Wind Energy Center
Onshore Wind
California, United States

Alta Wind Energy Center

Full planning and delivery support on one of California’s largest wind farms, running GE turbines across the development.

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P750/57 Turbine Upgrade
Turbine Design & Upgrade

P750/57 Turbine Upgrade

Upgraded an existing turbine platform to the latest IEC Edition 3 load standards, with feasibility studies assessing the platform against new hub heights.

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SE9320 Type Certification
Certification

SE9320 Type Certification

Design evaluation supporting SANY’s first Type Certificate, delivered alongside training for the client’s own engineers in load calculation.

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Next step

Discuss a project with our engineers

Talk to our engineering team about your next wind energy project. We aim to respond within one business day.

Bremen, Germany

European headquarters, client engagement, project management, certification coordination

Bengaluru, India

Engineering office, loads analysis, design support, documentation