Blog
Discover our latest developments, articles, insights and press releases.
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TTM with FBG's on Cable Joints and Ends in Offshore Wind Farms.
TTM with FBGs involves embedding FBG-sensor lines onto the termination connectors, allowing real-time monitoring of temperature changes. By continuously measuring temperature variations, operators can gather valuable data about the connectors’ operational conditions.
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Explore Marlinks’ Dashboard for Real-Time Cable Insights
Subsea cable monitoring is not just a technological advancement. It's a critical component for the operational success and sustainability of offshore wind farms.
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6 Reasons Why Subsea Cable Monitoring is Essential for Offshore Wind Farms
Subsea cable monitoring is not just a technological advancement. It's a critical component for the operational success and sustainability of offshore wind farms.
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Marlinks Participated in the GO-SENS Project
GO-SENS project, a three-year initiative focused on developing next-generation solutions for distributed optical fiber sensing (DOFS) to monitor high-voltage power cables in real-time.
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Quality Management in Fiber Optic Monitoring
Cable health monitoring through fiber optics technology significantly reduces manual offshore interventions and allows for a continuous oversight of the health status of the subsea cables. However, for optimal system performance, a meticulously executed fiber optic path is essential.
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WindEurope Bilbao 2024 Poster and Presentation
In March 2024, Marlinks had the privilege of submitting a poster and participating in a panel discussion at WindEurope in Bilbao.
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Localize and Monitor Unstable Cable Protection Systems
Cable Protection Systems (CPS) play a vital role in offshore wind farms by safeguarding the network of subsea power cables that transport generated electricity to onshore grids. The CPS are shells that protect the exposed cable from seabed to monopile.
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The Crucial Role of Marlinks’ Thermal Models for Subsea Power Cables
In the offshore wind energy sector, subsea power cables play a crucial role in efficiently transmitting electricity from offshore turbines to the shore. At Marlinks, our approach is straightforward and effective. We use thermal models to precisely map the cable's temperature distribution along its entire length.
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The Relation Between Core and Fiber Temperatures of a Subsea Cable
In the realm of submarine power cables, deciphering the intricate relationship between core (conductor) temperatures and fiber temperatures is of paramount importance.
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dotOcean and Marlinks Collaborate in NATO’s DIANA Initiative
A joint proposal submitted by dotOcean and its sister company Marlinks on the topic of ‘persistent surveillance above and under water’ has been chosen to participate in NATO's Diana Accelerator Initiative, following the selection of 44 projects out of 1300 applications and being the only Belgian initiative selected.
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SUBMARINE CABLE MONITORING SERVICES
Discover our other Marlinks monitoring services.
Marlinks guards your offshore power cables and empowers you to take monitoring to a whole new level and puts all this data, analytics and insights at your team’s fingertip. Enable your organization to keep risk low and save costs by making the right decisions.
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