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By 2030, offshore wind could contribute up to 100,000 MW of wind capacity to Europe’s grid. So, how can the US and other countries, utilities, system operators, and developers work to adopt offshore wind power more effectively?
Stantec’s Wind Power teams and practitioners provide everything from survey, assessment, and permitting to installation, design, and physical security services on wind projects around the world. We’ll help you deliver your sustainable energy project.
Offshore wind projects are complex. Here are four main challenges the industry is facing when connecting offshore wind farms to the electric grid to support the energy transition.
We helped Muirhall Energy Ltd plan, assess, and approve the best highway route to move 15 wind turbines to their Crossdykes Wind Farm.
Our work on the Seagreen offshore wind project included geotechnical investigations, onshore component design, and flood risk assessment for a major wind energy project set to be completed by 2024.
As we press forward with the energy transition, we should be looking at offshore wind power as a viable means of reducing emissions. Floating offshore wind farms can help us decarbonize the US west.
Our multidisciplinary consulting and design teams are proud to be supporting the development of the Golden Plains Wind Farm—the largest wind farm in the southern hemisphere.
From pre- to post-construction, the Groton Wind Project has allowed us to compare predicted and actual impacts of wind farms on birds and bats.
Located in Waipara, the Mt Cass Wind Farm will contribute towards meeting New Zealand’s future renewable energy demands and will be the largest wind farm in the South Island.