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FWT Transportation Design
What it its
FOWT Mooring Line Design
To ensure the stability of floating wind power plants, we analyze the structural strength of the substructure and environmental loads.
By selecting the optimal mooring lines, we achieve stable energy production and sustainable operation.
  • Developed Floating Offshore
    Wind Power Generation Pilot Plant

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  • Mooring Line Design of 8MW Floating
    Offshore Wind Turbine System

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Mooring System Design Process
  • 1
    Anchor Selection
    Drag Anchor, Suction Embedded Anchor,
    Suction Anchor, Deadweight Anchor
  • 2
    Mooring Line Selection
    Catenary, Parallel Chain Design, Chain + Wire,
    Chain + Mass + Wire, Chain + Mass + Chain
  • 3
    Upper Connection Design
    Windlass, Chain Jack, Capstan Design
  • 6
    Installation Analysis
    HAWSE PIPE, Chain Roller Fixation, Upper Chain Control,
    Assembly, Transport, Installation, Commissioning, Analysis & Evaluation
  • 5
    Structural Strength Analysis
    HAWSE PIPE, Chain Roller Fixation,
    Upper Chain Control, Cable Analysis
  • 4
    Connector Design
    HAWSE PIPE, Bell Mouse, Chain Roller,
    Fairleader Positioning
  • 7
    Power Cable Installation
    J-Tube Installation, Cable Installation, CPS Installation,
    Riser Installation, etc.
    "Electric Cable should be Safe"
  • 8
    Pretension
    Capacity of Bollard Pull Test
    > Minimum Floating Limit of Cable
    > Cable Riser Design
  • 9
    Integrated Dynamic Analysis
    Wind Tower, Floater, Mooring, Anchor,
    Electric Cable, Riser
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