Products
Developed following a load-based structural engineering methodology aligned with Bureau Veritas Approval in Principle (AiP) requirements, with design choices optimised for rapid assembly and straightforward O&M.
W300A
Nearshore Floating System
Application: Floating solar power plants in nearshore and sheltered coastal waters
Structural concept: Diamond-shaped geometry combined with a sling network for force distribution, designed to manage higher wave energy and multi-directional loading.
Key characteristics:
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Connector capacity: Traction up to 5,000 kg
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Stabilisation: Hydro-lock ballast feature
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Maximum wind speed: 200 km/h
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Maximum wave height: 4 m
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Minimum wave period: 6 s
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Maximum current speed: 18 m/s
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Fatigue resistance: 100,000 cycles at 1 Hz
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Net buoyancy per floater: 270 kg
W050A
Inland Floating System
Application: Floating solar power plants on lakes and reservoirs
Structural concept: Flexible connectors with diagonal force distribution, allowing controlled relative movement between floats while maintaining global platform stability.
Key characteristics:
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Connector capacity: Traction up to 800 kg
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Stabilisation: Hydro-lock ballast feature
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Maximum wind speed: 200 km/h
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Maximum wave height: 0.5 m
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Minimum wave period: 2 s
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Maximum current speed: 10 m/s
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Fatigue resistance: 100,000 cycles at 1 Hz
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Net buoyancy per floater: 270 kg