“For many years, the watchwords of the offshore wind industry were bigger, faster, more powerful. Many companies competed to be the first to bring the most powerful turbines to market. Vestas was also a pioneer in this contest. However, the fast pace is currently presenting many manufacturers, developers and suppliers with enormous challenges. Increasingly larger components, such as towers, nacelles, or rotor blades, also require ever larger harbour facilities, installation vessels, storage facilities or onshore lorries to safely transport the components. The crises of recent years have further jeopardized the entire value chain. Like many other industries, we have also suffered from inflationary cost pressure and a decline in the number of wind turbine installations. Among other things, this is due to unnecessarily complicated authorization procedures and slow approval processes.
But in every challenge also lies a great opportunity. In the offshore wind power segment, we are entirely focusing on our most powerful turbine model, the V236. 15.0 MW. We want to industrialize this efficiently without compromising on quality. For example, our prototype in Østerild, Denmark has already been subjected to a rigorous testing programme and has recently received its Type Certificate. In offshore like in onshore wind power, we see growing complexity in terms of market requirements. It is therefore important for us to find ways to simplify and build on standardized, scalable building blocks based on a common design architecture for onshore and offshore wind turbine platforms. A key question driving technological innovation at Vestas is how we can continue to enhance project value. With the V236-15 MW, the turbines can reach up to 280 high and each blade is longer than a football field – this must be able to withstand decades of extreme weather conditions at sea and meet stringent corrosion requirements and standards. The V236-15.0 MW is built on both modular principles and commonalities with the EnVentus onshore platform and is “International Electrotechnical Commission” (IEC) type-certified for a design life of 30 years, offering the opportunity for project lifetime value enhancement, even in challenging offshore conditions.