Mars-Wind: Unlocking Deep-Water Wind Energy Developed with funding from the U.S. Department of Energy, Mars-Wind was engineered to bypass the traditional infrastructure constraints that stall large-scale offshore projects. By decoupling fabrication from assembly, Mars-Wind unlocks deep-water potential in regions previously restricted by limited yard capacity or shallow quayside drafts. Redefining the Supply Chain                                                                    Unlike traditional foundations, Mars-Wind utilizes a decentralized fabrication model to maximize efficiency. • Distributed Manufacturing: Modules are fabricated across multiple local yards and transported seamlessly via road, rail, or water. • Infrastructure Agnostic: Our system is purpose- built for regions with limited maritime infrastructure, such as the US West Coast, Hawaii, and emerging international markets. • Industrialized Series Production: Standardized modular fabrication enables mass production, significantly reducing unit costs and accelerating project timelines.

Innovative Assembly & Versatility  

• Afloat Integration: Complete the entire build at the quayside or in sheltered waters. This eliminates the requirement for massive land-side footprints or expensive dry-dock facilities, drastically lowering mobilization CAPEX. • Reconfigurable Design: For TLP (Tension Leg Platform) models, columns can be removed post- installation to reduce wave-induced loads and cut material expenditures. • Material Flexibility: Optimize for both durability and budget. Our design allows for the strategic use of steel, concrete, or hybrid materials, tailored to the specific environmental and budgetary requirements of each module.

Afloat Assembly Sequence

Our integration process ensures a rapid, repeatable path to deployment: Module delivery and pontoon integration / Column installation / Turbine support frame installation / Controlled float off and turbine system integration.

Rigorous Design Validations

The Mars-Wind modular platform is proven to perform in the most demanding environments. Our designs have been rigorously validated against ABS and API standards under demanding California offshore conditions. • Platform Versatility: Fully validated designs for both TLP (optimized for Vertical Axis Wind Turbines) and Semi-submersible (supporting Horizontal Axis Wind Turbines) platforms. • Ultra-Deepwater Ready: Confirmed installation at depths of 1,500 m, providing access to high-yield wind resources previously out of reach. • Efficient Afloat Assembly: Verified "on-water" modular integration utilizing minimal marine spreads and standard small cranes—drastically reducing reliance on specialized, high-cost heavy-lift cranes or vessels Click here to watch MarsVAWT on YouTube

Mars-Wind Accelerating Global Deployment through  Modular, Afloat Assembly

VL Offshore