Offshore wind project development and delivery
We contribute across the development lifecycle of offshore wind schemes – from the development of competitive bids through to the successful deployment of operational projects.

Combining global expertise with a local presence, we work with clients through early project feasibility stage, using our extensive experience to identify and scope the requirements for a potential offshore wind farm.
Depending on specific project needs, this can include aspects such as maritime spatial planning, technical due diligence, consenting and modelling. We use proprietary digital tools such as SCALE and Optif to quickly and efficiently test initial project assumptions.
In the more advanced phases of development and delivery, we work with clients to fine-tune project details and reduce uncertainties. Engaging with specialist teams, we define critical aspects of the proposed development such as soil conditions, foundation design evaluations, load assumptions and seismic analysis.
Thanks to the expertise of its local teams, we are able to skilfully navigate and manage community stakeholder engagement and to conduct the necessary work to consider and develop the supporting infrastructure.


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Projects
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Early front end engineering study for the monopile foundations at a UK offshore wind farm
Rampion 2 offshore wind farm, United Kingdom

Reimagining the future of the Swanbank Power Station
Swanbank Power Station Clean Energy Precinct, Australia

Owner’s engineer services for a major renewables project in South Africa
Selemela Solar PV Project 1, South Africa

Generating momentum for Colombia’s offshore wind industry
Vientos Alisios offshore wind feasibility study, Colombia
Offshore wind
Arup supports the offshore wind sector across the Americas, Europe, and Asia-Pacific to plan and deploy capacity underpinning the energy transition. Project developers, governments and investors all draw on Arup’s technical, engineering, sustainability and economic advisory work.
