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Smartmooring NEWS


Putting the sensors and the mooring components to the tests
Large, sensor-equipped, composite components are tested in the current campaign of the Smartmooring project, in the facilities at the SMC laboratory at Gustave Eiffel University. In the trials, the mechanical response of the component is monitored by e.g. fiber optic sensing systems, providing essential data for validating sensor integration and structural performance under relevant load conditions. Photos: UPV and Calsens
Jan 21


Improving the efficiency of marine energy
PRL is featured in several news outlets for its work on fiber optic sensors for marine energy applications.
Jan 15


Research Highlight: Multi-Parameter Fiber Sensor for Temperature and Bending
A sensor that can measure temperature and bending direction using a single fiber Bragg grating (FBG) in a specially designed two-core fiber.
Dec 8, 2025


Realiability of marine energy components in focus in webinar from Univ Eiffel
Two projects focusing on safe and efficient marine energy - Smartmooring and Seasnake+.
Sep 30, 2025


First major test campaign of the project carried out
May 2025 saw the first test campaign of the Smartmooring project, at the SMC laboratory in Gustave Eiffel University. Components under test were mooring ropes, equipped with fiber optic sensor arrays to measure strain and shape. Photos: Minesto
Jun 11, 2025


Photonics research showcased at the iTEAM laboratories
Open-to-all visit to the iTEAM laboratories, showcasing Smartmooring.
May 5, 2025


Smartmooring featured at Framtidens Elsystem (in Swedish)
We recently had the opportunity to present Smartmooring at the FramtidensElsystem workshop, hosted by the Swedish Energy Agency. Watch our brief presentation of the Smartmooring project here (in Swedish).
Mar 14, 2025


Research highlight: Improving coupled-core fiber sensors through advanced fabrication
A recently published study in Sensors examines how fiber design and preparation methods influence the performance of coupled-core optical fiber sensors. The authors analyze the full process, from preform fabrication to grating inscription and sensor testing, and show that careful control of materials, core geometry, and manufacturing techniques is essential for achieving stable and reliable multi-parameter sensing. The work demonstrates how optimized fabrication enables compa
Feb 12, 2025


The Smartmooring project in less than 3 minutes
We were given the opportunity to present the Smartmooring project at a workshop arranged by PowerCircle in November 2024. We had three...
Dec 5, 2024


Consortium meeting in Nantes, focus on mechanical trials
In September 2024, the Smartmooring consortium gathered in Nantes for a highly productive meeting hosted by the University Gustave...
Sep 22, 2024


Consortium Meeting in Valencia: focus on Fiber Optic Sensing
In June 2024, the Smartmooring consortium gathered in Valencia for two productive days hosted by the University of Valencia and Calsens....
Aug 12, 2024


Kick-off in the Smartmooring project
The official project kickoff was held online on January 15th 2024.
Jan 25, 2024
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