
Accelerate the low carbon transformation.
Our patent-pending FRP monopile foundation expands the capabilities of traditional monopile technology to an unprecedented depth of 100 meters. It offers the stability of a fixed platform while incorporating proven floating and mooring technologies. This innovation achieves favorable economics, particularly in targeted water depths, setting a new industry standard for efficiency and performance.
Fully-restrained Platform Monopile Foundation

MAIN COMPONENTS
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Monopile with air-can (ac) in one piece
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Transition piece (tp) with load ring
FIELD PROVEN MOORING SYSTEM
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Taut moorings with pile anchors or
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Taut mooring with suction piles
MOORING SYSTEM
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Field proven installation methods
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Existing vessels can install the foundation, tower and turbine
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Vessels work around the mooring system

The Top Mooring Assembly (TMA) is a patent-pending innovation designed to enhance stability by increasing stiffness against overturning moments, which can be attached either above or below the splash zone and integrates seamlessly with proven offshore technologies like mooring lines and pile anchors.
PATENT PENDING
Top Mooring Assembly (TMA)
Engineering completed
Validation
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Global motion for TMA requirements
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MP and TP design (Empire Engineering)
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Mooring design and install (InterMoor)
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TMA design with machine drawings
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DNV technology qualification (TQ) ongoing
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Test unit fabrication ongoing (Panterra)
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Testing at Mil Lab UiA Norway Nov 29*

The TMA can be installed either 10m above the surface or underwater to ensure long-term sustainability.
Outside the Splash Zone
CERTIFIED PROCESS
We are committed to the rigorous Technology Readiness Level (TRL) process, ensuring each stage of innovation meets stringent standards of verification and testing.
Technology Readiness Level (TRL) Driven Development

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TRL 1: FRP concept, FRP patent filed
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TRL 2: Proof of concept
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TRL 3: MA FRP feasibility study
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TRL 3: Fabrication study
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TRL 4: DNV concept certification
COMPLETED
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TRL 4: ScotWind FRP feasibility study
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TRL 5: Top mooring assembly (TMA)
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TRL 6: Demonstrator in 2024/2025*
ONGOING
* Subject to verification by DNV
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TRL 7: Prototype demonstration in operational environment 2024/2025
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TRL 8: Actual system completed & qualified 2026
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TRL 9: Commercial rollout 2027 and beyond
PLANNED
The FRPM provides more flexibility for manufacturing and installation.
Seamless Install and Execution
Our patented technology can be installed by existing vessels and has been validated with partners up to 80m for a 15MW FRP Monopile. With a smaller diameter and shorter length, the FRP Monopile can enable more units installed per voyage.


Install MP
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Standard, but lighter and smaller => More MPs per voyage
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Validated with the Les Alizés DP vessel up to 80m
Install TP
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Rigged with TMAs and messenger ropes for mooring install
Install mooring lines with new SOV / AH
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Measure MP anchor lengths and adjust mooring lengths
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Connect to anchor with H-link
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Connect to MP by TMA
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Pull-in and pre-tension moorings
Install tower and RNA
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Validated with the Voltaire jack-up up to 80m
Re-tension mooring lines with TMA
METHODOLOGY
Installation by existing vessels
Design Extends the Monopile Technology into Deeper Water
FRP Monopile Performance
Similar to a Fixed Platform
Spar

Semi

FRP Monopile

Jacket

Monopile

Water Depth
Weight
Performance - Platform Motion
Performance - Nacelle Motion
Notes:
1) Turbine 8MW - 15MW,
2) Payload similar at 800MT - 1200MT

The Top Mooring Assembly (TMA) is a patent-pending innovation designed to enhance stability by increasing stiffness against overturning moments, which can be attached either above or below the splash zone and integrates seamlessly with proven offshore technologies like mooring lines and pile anchors.
PATENT PENDING
Top Mooring Assembly (TMA)
Engineering completed
Validation
-
Global motion for TMA requirements
-
MP and TP design (Empire Engineering)
-
Mooring design and install (InterMoor)
-
TMA design with machine drawings
-
DNV technology qualification (TQ) ongoing
-
Test unit fabrication ongoing (Panterra)
-
Testing at Mil Lab UiA Norway Nov 29*