Y-Wind
Platform with Advanced Motion Attenuation Structures for
Small to Medium Sized Wind Turbines
Engineered for Versatile Application
The Y-Wind platform is an adaptable foundation engineered for both Semi-Submersible and Tension Leg Platform (TLP) configurations. Built on a foundation of decades of offshore expertise and rigorous life-cycle cost analysis, Y-Wind directly addresses the industry's most critical stability and economic challenges.Key Design Features
The Y-Wind foundation is engineered from the ground up to maximize efficiency and minimize deployment barriers: • Superior Dynamic Performance: Integrated Motion Attenuating Structures (MAS) significantly reduce platform movement, enhancing turbine uptime and structural longevity. • Cost-Efficient Fabrication: The streamlined, braceless structural system minimizes complexity and lowers manufacturing costs. • Operational Flexibility: Designed for shallow quayside drafts, allowing for assembly and deployment in diverse port environments. • Simplified Logistics: The platform is fully wet-towable, enabling easy transport from the quayside to the offshore site. • Regulatory Excellence: Fully compliant with ABS, API, and international offshore standards.Innovations
Our proprietary technology portfolio includes: • Advanced Motion Attenuation: Specialized structures designed to dampen hydrodynamic forces. • Deep-Water Mooring Solutions: Optimized station-keeping for extreme-deep water. • Dynamic Subsea Cabling: Innovative power cable configurations for both in-field and export energy transmission.Design Variations & Scalability
Y-Wind offers unmatched architectural flexibility to match your supply chain: • Customizable Columns: Outboard columns can be configured with circular, hexagonal, or square cross-sections, allowing you to select fabrication yards based on their specific equipment and capabilities. • The X-Wind Evolution: For extreme deep-water environments, the Y-Wind architecture can be expanded into the X-Wind—a four-column hull designed for maximum stability in the most challenging maritime conditions.
© Copyright to VL Offshore LLC
Y-Wind
Platform with Advanced Motion Attenuation Structures
for Small to Medium Sized Wind Turbines
Engineered for Versatile Application
The Y-Wind platform is a robust, adaptable foundation engineered for both Semi-Submersible and Tension Leg Platform (TLP) configurations. Built on a foundation of decades of offshore expertise and rigorous life-cycle cost analysis, Y-Wind directly addresses the industry's most critical stability and economic challenges.Key Design Features
The Y-Wind foundation is engineered from the ground up to maximize efficiency and minimize deployment barriers: • Superior Dynamic Performance: Integrated Motion Attenuating Structures (MAS) significantly reduce platform movement, enhancing turbine uptime and structural longevity. • Cost-Efficient Fabrication: The streamlined, braceless structural system minimizes complexity and lowers manufacturing costs. • Operational Flexibility: Designed for shallow quayside drafts, allowing for assembly and deployment in diverse port environments. • Simplified Logistics: The platform is fully wet- towable, enabling easy transport from the quayside to the offshore site. • Regulatory Excellence: Fully compliant with ABS, API, and international offshore standards.Innovations
Our proprietary technology portfolio includes: • Advanced Motion Attenuation: Specialized structures designed to dampen hydrodynamic forces. • Deep-Water Mooring Solutions: Optimized station-keeping for extreme-deep water. • Dynamic Subsea Cabling: Innovative power cable configurations for both in-field and export energy transmission.Design Variations & Scalability
Y-Wind offers unmatched architectural flexibility to match your supply chain: • Customizable Columns: Outboard columns can be configured with circular, hexagonal, or square cross- sections, allowing you to select fabrication yards based on their specific equipment and capabilities. • The X-Wind Evolution: For extreme deep-water environments, the Y-Wind architecture can be expanded into the X-Wind—a four-column hull designed for maximum stability in the most challenging maritime conditions.
VL Offshore
VL Offshore