Continuous pour
Hull, walls and internal bulkheads are built together in a single concreting sequence.
Industrialisation
Serial production of SATH technology
SATH's industrial approach uses existing port capabilities to optimise manufacturing, reduce timescales and support the transfer of units to their deployment sites.
Process
Fewer critical manoeuvres
The construction strategy avoids tilting operations and reduces dependence on heavy-lift cranes.
Existing equipment
Manufacturing can rely on gantry slipform systems already used in port environments.
Scale through formwork
Adapting the platform to higher-power turbines is resolved by adjusting the formwork while maintaining the industrial logic of the process.
Industrial scale
Ready to deliver large-scale projects
SATH evolves its manufacturing while preserving the hydrodynamic behaviour validated by DemoSATH. The optimised platform maintains geometry-based stability, equivalent buoyancy and motion periods aligned with the demonstrator experience.
Industrial benefits
Local manufacturing for commercial-scale projects
DemoSATH has already demonstrated a port-based manufacturing logic and local supply chain. SATH's industrial evolution keeps that idea and directs it towards repeatable production: validated behaviour, a new way of building it for larger-scale projects.
Mass production
The platform is designed around repeatable processes, adaptable formwork and a construction sequence prepared to scale from a demonstrator unit to commercial series.
Lower carbon footprint
Local concrete manufacturing reduces transport and uses materials and capabilities close to the project, strengthening a more efficient supply chain.
Cost
Known port processes and reduced dependence on complex manoeuvres help control cost, schedule and industrial risk.
Employment and regional economy
Building close to the wind farm activates local civil works capabilities, port suppliers and regional employment, as already seen in the DemoSATH pathway.
Manufacturing optimisation
A concrete structure prepared for industrialised processes
The gantry slipform systems already operating in ports can build this platform without specific new equipment. The hull is concreted in a continuous pour, integrating walls and internal bulkheads in the same sequence.
Frequently asked questions
Can SATH be manufactured close to the wind farm?
Yes. The SATH industrial approach uses existing port capabilities to bring manufacturing closer to the project, reduce transport and support the transfer of units.
What advantages does concrete bring to offshore industrialisation?
Concrete supports continuous, repeatable construction processes compatible with local supply chains, while keeping the platform ready for serial production.
How does SATH preserve the behaviour validated by DemoSATH?
The manufacturing evolution preserves the hydrodynamic behaviour validated by DemoSATH, with geometry-based stability, equivalent buoyancy and motion periods aligned with the demonstrator.
How does port-based manufacturing support local employment?
Port-based manufacturing activates local civil works capabilities, industrial suppliers and regional employment, strengthening the economy around the project.