INNOSEA’s Post

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.

📢 Innosea has authored a new paper on shared anchors and mooring lines for floating wind turbine farms, following insights heard at the EERA DeepWind 2023 conference in Trondheim, Norway. Check it out 👀👇🏼 Read the paper 💻 https://lnkd.in/e83pKfsu Our Maxime Chemineau, Florian Castillo, Valentin Arramounet, Jean-Christophe Gilloteaux and Longitude Engineering's Lucas Mechinaud, each contributed to the research, which focuses on innovative mooring layouts using shared anchors and shared mooring lines 🔗 Results of the technical studies show that 👇🏼 ✳Shared anchor layouts are technically feasible, but do not improve the mooring system procurement costs due to the spacing constraint between each turbine. ✳ Sharing mooring lines at the farm level seems more promising due to the decrease in the amount of material used. This research is funded by the Horizon H2020 project Corewind, grant number 815083. The project focuses on cost reduction of floating wind technology through research and optimization of the mooring and anchoring systems, dynamic cables, as well as the improvement of installation, operation and maintenance activities.