The May 2023 release enhances the early stages of offshore wind planning with tools that reduce manual input and increase spatial and financial accuracy. It’s all about enabling developers to start faster, visualize smarter, and organize better. 

In the ever-evolving landscape of offshore wind farm development, every technical refinement can translate into faster decisions, sharper investment forecasts, and lower LCOE calculation. In this March 2023 release, Youwind expands its offshore digital platform with new harbor-based O&M cost modeling, richer GIS layers, and customizable financial tools—deepening our commitment to data-driven decisions in wind energy.

Let’s explore how these new features help wind energy professionals—from layout engineers to financial modelers—create more bankable and resilient offshore projects.

New Electrical and Layout Features to Accelerate Offshore Wind Development

Beyond Turbines: The Next Evolution in Offshore Wind Planning

Modern offshore wind development is defined not only by turbine specs, but by the efficiency of its electrical infrastructure and layout design. As complexity rises in fixed-bottom and floating projects, Youwind has launched a powerful suite of updates that enable developers to model transmission efficiency, curtailment risk, and substation connectivity with greater precision and speed.

These updates strengthen Youwind’s positioning as a seamless wind farm planning tool—integrating technical, spatial, and financial data in one collaborative environment.

At the North Sea Summit in Esbjerg, Belgium, Denmark, Germany, and the Netherlands pledged to jointly deliver at least 150 GW of offshore wind capacity by 2050, meeting half of the EU’s 300 GW target. While the ambition is strong, sector leaders—including Giles Dickson, CEO of WindEurope—warn that it won’t succeed without major investment in the supply chain, which is currently under severe pressure with all five EU turbine manufacturers operating at a loss. 

In this context, tools that support early-stage wind farm development, reduce costs, and accelerate feasibility studies are no longer optional—they are fundamental.

From Wake Loss Estimation to Intelligent Wind Farm Control

The offshore wind industry is shifting from static design toward real-time optimization and full-farm control. Where once wake loss modeling sufficed, today’s operators and developers seek dynamic tools that link turbine behavior, grid interaction, and energy pricing in one seamless strategy.

Enter SUDOCO—a large-scale, EU-funded Horizon Europe initiative that aims to define the Control Room of the Future. Youwind Renewables is proud to play a key role in this transformation.

We’re proud to share that Youwind was selected as a Top 5 finalist in the Elia Group Open Innovation Challenge, which featured more than 90 global start-ups. Our nomination came thanks to our IT solution previously known as OptiWindow, now referred to as offshore wind farm logistic sequences optimization. 

Planning a viable offshore wind project starts long before construction—with deep analysis, strategic foresight, and realistic modeling. 

Developing an offshore wind farm is a complex, multi-year process that requires upfront clarity on cost, production potential, and risk. The Final Investment Decision (FID) hinges on these early evaluations. 

Youwind’s platform guides users across this full development arc—from early-stage evaluation to post-FID economic analysis.

Thor and Hesselø projects signal Denmark’s 2030 push with up to 2.4 GW of new offshore wind capacity 

In 2020, Denmark announced its next major move in offshore wind with tenders for three offshore wind farms, including the new Thor and Hesselø projects. This initiative aims to add 2.4 GW of new capacity by 2030, reestablishing Denmark’s leadership in the European offshore sector after being briefly overtaken by Belgium in installed capacity.

The UK opens seabed leasing for 7 GW of new offshore wind projects in Round 4, reinforcing its 2030 energy strategy. 

The UK’s Crown Estate has officially opened Stage 1 of the Invitation to Tender (ITT) for Round 4 offshore wind leasing, offering developers the chance to bid for seabed rights across England and Wales. The round aims to support the development of up to 7 GW of new capacity—contributing significantly to the UK’s goal of generating 33% of total energy needs from offshore wind by 2030. 

Learn how increasing offshore wind turbine size and swept area improves wind farm layout, reduces LCOE calculation, and boosts project bankability.