Floating Wind turbine

    Advanced floating wind concepts for

    reliable, efficient and high-performance floating deployment.

     

         Floating wind turbine design capability

    • Floating system modelling:
      Numerical models have been created for different floating wind turbine concepts, including barge, semi-submersible and spar-type structures.

    • Twin-turbine concept:
      Darwind has worked on weathervaning floating systems, including concepts with two turbines installed on one floating structure.

    • Patented layout approach:
      Darwind owns patents related to the overall floater layout and the alignment between wind direction and the two turbines.

    • Mooring system evaluation:
      Mooring configuration and dimensioning are assessed to evaluate system motion, cable design and mooring line loads.

    • Stability assessment:
      Hydrostatic stability and safety against excessive tilting or capsizing are evaluated through simulations.

    • Floating site conditions:
      Metocean conditions, including waves, currents, winds and water levels, are assessed for extreme and operational conditions.

    Eolink design
    Eolink’s floating wind turbine features a unique tetrahedral design that enhances stability and reduces structural stress, enabling deployment in deep waters. At its core, the system integrates a proven 5 MW wind turbine concept supplied by Darwind, including the generator, nacelle, and blades. This collaboration combines Eolink’s innovative floating platform with Darwind’s reliable turbine technology, ensuring performance and durability offshore. The result is a cost-efficient and scalable solution for harnessing strong, consistent winds far from shore—paving the way for the next generation of renewable energy.

    Floating Wind Innovation & Capabilities

    Historical Cooperation

    October 20th, 2025, Darwind, Multi Engineering and Sino Azure cooperation in floating wind innovation.

    Twin-turbine Floating Concept

    Weathervaning floating system concept with two turbines installed on one floating structure.

    Eolink Design

    Tetrahedral floating concept focused on stability, reduced structural stress and deep-water deployment.

    Floating System Analysis

    Numerical modelling, mooring, stability and metocean studies supporting offshore and floating wind development.