EOM Offshore Partners With Triton Systems on Wave Energy Converter Deployment Off New Hampshire

EOM Offshore is renewing its partnership with Triton Systems to support the deployment of a tender buoy system for Triton's Wave Energy Converter off Portsmouth, New Hampshire. The operation, which will be assisted by the University of New Hampshire research vessel R/V Gulf Challenger operating from the Judd Gregg Marine Research Complex, builds on earlier deployments off Dartmouth, Massachusetts and continues the collaboration's effort to advance practical and scalable marine renewable energy solutions.

 

Strategic Significance of the Deployment

 

Wave energy remains one of the most technically demanding segments of the marine renewables landscape, with successful commercialisation depending on the integration of energy conversion devices with reliable mooring, supporting infrastructure, and operational systems that can withstand the demanding conditions of the marine environment. The EOM Offshore and Triton Systems collaboration is positioned within the early commercial development phase of wave energy, where each successful deployment contributes to the operational evidence base needed to support broader scaling. The deployment off Portsmouth represents a meaningful step forward in this trajectory, providing further validation of the technical and operational frameworks that wave energy systems require to operate reliably in real ocean conditions.

 

Mooring Approach and Technical Solution

 

Wave energy systems require a unique mooring approach that balances the need to keep devices stable enough for efficient energy capture with the flexibility required to handle dynamic wave loading without structural failure. EOM Offshore's custom compliant mooring solution combines its proven Whale Buoy platform with engineered Stretch Hose technology to deliver this balance. The Stretch Hose technology helps reduce snap loading, minimise benthic interaction, and simplify offshore deployment, creating a more reliable and environmentally conscious solution for marine energy applications. The reduction in snap loading is particularly significant because peak load events are a primary cause of mooring failure in wave energy systems, and effective load management is one of the most important factors in determining the operational reliability of deployed devices.

 

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Collaboration With UNH and Regional Research Infrastructure

 

The deployment will be supported by the University of New Hampshire research vessel R/V Gulf Challenger, operating from the Judd Gregg Marine Research Complex. The involvement of academic research infrastructure reinforces a pattern that has emerged across the marine renewables sector, in which the development of new technologies depends on close partnerships between technology developers, marine service specialists, and research institutions. Universities provide both the operational platforms needed for testing and the scientific expertise required to validate performance, while companies such as EOM Offshore and Triton Systems contribute the engineering, deployment, and commercialisation capabilities that move technologies toward market readiness. The New England regional ecosystem has become an important hub for this type of collaborative marine renewables development.

 

Outlook for Wave Energy Development

 

The continued partnership between EOM Offshore and Triton Systems reflects a broader trajectory in which wave energy is gradually moving from concept and prototype stages toward more structured commercial development. Each successful deployment generates the operational data, performance evidence, and engineering refinements needed to support the next stage of scale. As global interest in marine renewable energy continues to grow, supported by climate commitments, energy security concerns, and the diversification of clean energy portfolios, the importance of reliable supporting infrastructure such as compliant mooring systems will continue to rise. The Portsmouth deployment provides a concrete example of how the supporting technology ecosystem around wave energy is advancing in parallel with the energy conversion devices themselves, contributing to the broader maturation of the marine renewables sector.