Industry Briefing
A single destination for timely, editor-curated robotics news from around the world.
Study on Offshore Wind Turbine Blade Repair Using Particle Swarm Optimization and Advanced Control Techniques
A recent study published in the Journal of Field Robotics explores innovative methods for repairing offshore wind turbine blades. The research focuses on utilizing a Particle Swarm Optimization-Backpropagation Neural Network combined with Improved Active Disturbance Rejection Control to enhance repair efficiency. This research is significant as it addresses the growing need for effective maintenance strategies in offshore wind energy, which is crucial for maximizing energy output and minimizing downtime. The integration of advanced algorithms aims to improve the precision and reliability of repair processes, ultimately contributing to the sustainability of wind energy. Looking ahead, the implications of this study could influence future developments in wind turbine maintenance technologies. No further timeline was disclosed at the time of publication.
RESEARCH ARTICLE
Fugro to Deliver Multi-year Marine Mammal Monitoring Supporting Ireland’s Offshore Wind Ambitions
Fugro has been awarded a two-year contract by EirGrid, Ireland’s state-owned electricity transmission operator, to conduct long-term marine mammal monitoring along the south coast of Ireland. This initiative is part of EirGrid’s Powering Up Offshore – South Coast programme, aimed at enhancing the electricity infrastructure necessary for connecting future offshore wind farms to the national grid. The contract also signifies the inaugural commercial use of Fugro’s specially designed mooring system, highlighting the company’s commitment to supporting sustainable energy development in the region.
fugro marine mammal monitoring offshore wind
Fugro Geotechnical Survey to Support Berwick Bank B Offshore Wind Farm
Fugro has secured a significant geotechnical survey contract from SSE for the Berwick Bank B phase of the ambitious Berwick Bank offshore wind project located in the North Sea. This phase is part of a broader initiative aimed at achieving a total offshore wind capacity of 4.1 GW across three phases. If fully realized, Berwick Bank has the potential to become the largest offshore wind farm globally, generating sufficient clean electricity to supply over six million homes in the UK each year. The project underscores the growing commitment to renewable energy and the transition towards sustainable power sources.
fugro geotechnical survey berwick bank b offshore wind farm
Fugro Awarded Geotechnical Survey Contract for TotalEnergies’ NSE 1 Offshore Wind Farm Development
Fugro has secured a contract to conduct extensive geotechnical surveys for the NordSee Energies 1 offshore wind farm, a significant renewable energy initiative spearheaded by TotalEnergies. The project is located at the North Sea N-12.1 site. Scheduled to begin shortly, these investigations aim to gather critical data on seabed conditions at the designated locations for wind turbines and inter-array cable routes. This information is vital for ensuring the safe and efficient design of the turbine foundations, thereby supporting the overall success of the wind farm development.
fugro geotechnical survey totalenergies nse 1 offshore wind farm
DeepOcean Completes U.S. Offshore Wind Contract
DeepOcean, a global leader in ocean services, has successfully finalized trenching and survey operations for inter-array cables associated with a U.S. offshore wind project. This achievement marks a significant milestone in the development of renewable energy infrastructure, contributing to the growing commitment to sustainable energy solutions. The operations were conducted recently, underscoring the company's expertise in underwater engineering and its role in advancing offshore wind energy initiatives. By employing advanced technology and skilled personnel, DeepOcean aims to enhance the efficiency and reliability of the inter-array cable systems, which are crucial for connecting wind turbines to the electrical grid. This project not only supports the transition to cleaner energy sources but also highlights the increasing investment in offshore wind capabilities in the United States.
deepocean offshore wind contract
Fugro completes surveys for Italy’s Rimini offshore wind farm development
Fugro has successfully finalized geophysical and archaeological surveys for Energia Wind 2020, facilitating the development of the Rimini offshore wind farm, one of Italy’s pioneering fixed-bottom offshore wind projects. This significant 330 MW initiative marks a crucial advancement in Italy's energy transition efforts. The data provided by Fugro will play a vital role in determining optimal cable routes and guiding the engineering designs for the wind farm's infrastructure. This comprehensive approach aims to mitigate project risks while ensuring the development is safe, efficient, and environmentally sustainable.
fugro survey rimini offshore wind farm
SEKIKAIJI to Introduce SMD Trencher and Advanced Cable-Tracker Technology to Japanese Offshore Wind Market
SEKIKAIJI Industry, a submarine cable installation specialist based in Japan, has enhanced its operational capabilities by acquiring advanced trenching equipment from the subsea technology and services provider, SMD. This strategic investment aims to improve the efficiency and effectiveness of underwater cable installations, addressing the growing demand for reliable subsea infrastructure. The acquisition reflects SEKIKAIJI's commitment to maintaining its competitive edge in the industry and meeting the evolving needs of its clients. The new equipment is expected to streamline the installation process, allowing for quicker project turnaround times and increased operational capacity.
sekikaiji smd trencher advanced cable-tracker technology offshore wind market
Fugro UST21 Completes Geotechnical Work for Ørsted on South Korea’s Largest Offshore Wind Project
Fugro UST21 has successfully concluded offshore geotechnical site investigations for Ørsted’s ambitious 1.4 GW Incheon offshore wind project, which took place in early August 2025. Situated around 70 kilometers off the coast of Incheon, South Korea, this initiative is poised to become the largest offshore wind farm in the nation. The project is a crucial component of South Korea's strategy to achieve net-zero emissions by 2050, reflecting the country's commitment to sustainable energy solutions. The investigations conducted by Fugro are essential for assessing the seabed conditions and ensuring the project's viability, thereby contributing to the broader goal of transitioning to renewable energy sources.
fugro ust21 offshore geotechnical site investigations ørsted incheon offshore wind project
Conference to tackle UXO risk to offshore wind
In an effort to address the persistent threat of unexploded ordnance (UXO), the Global Union for Humanity (GUH) is organizing a conference that will bring together developers, regulators, and experts in the field. Scheduled to take place next month, the event aims to foster collaboration and share best practices for mitigating the risks associated with UXOs, which pose significant dangers to communities and hinder development efforts. By facilitating discussions among key stakeholders, GUH seeks to enhance awareness and promote innovative solutions to ensure safety and promote sustainable development in affected areas. The conference will serve as a platform for exchanging ideas and strategies, ultimately aiming to reduce the impact of UXOs on vulnerable populations.
guh uxo conference
Robosys Automation Leads PROJECT ORACLES Consortium To Transform Consenting Process Of Offshore Wind Farms
Robosys Automation is spearheading Project ORACLES, an initiative aimed at revolutionizing the environmental consenting process for offshore wind farms (OWFs). This collaborative effort involves key partners such as ACUAOcean, MSEIS, Plymouth Marine Laboratories, and the Offshore Renewable Energy Catapult. The project, which seeks to streamline and enhance the regulatory framework for offshore wind energy development, is set to make significant strides in promoting sustainable energy solutions. By leveraging advanced marine autonomy systems, Project ORACLES aims to address the complexities and challenges associated with environmental assessments, ultimately facilitating a more efficient pathway for the growth of renewable energy infrastructure.
Fugro Secures a Major Geotechnical Site Investigation Contract for Offshore Wind Farm in Taiwan
Fugro has secured a major contract from Shinfox Energy to provide geotechnical services for the 700 MW Youde offshore wind farm, part of Taiwan's Round 3.2 offshore wind tender. This project, situated off the west coast of Taiwan, aims to enhance the region's renewable energy capacity. The contract underscores Fugro's role in supporting the development of sustainable energy infrastructure in Taiwan, reflecting the country's commitment to expanding its offshore wind capabilities. The collaboration is expected to facilitate the project's progress and contribute to Taiwan's energy transition efforts.
fugro geotechnical site investigation new contract offshore wind farm
Demand for Sulmara’s Innovative Survey Services Increases as Developers Accelerate Offshore Wind Projects
Sulmara, an international subsea specialist, is experiencing increased demand for its uncrewed surface vessel (USV) operations and seabed mapping services, largely due to the rapid growth of Taiwan’s offshore wind market. This uptick in interest highlights a significant trend among developers, who are now prioritizing early engagement in site investigations and survey planning. This proactive approach aims to enhance the efficiency and effectiveness of long-term project delivery in the renewable energy sector.
sulmara survey services offshore wind project usv
DOF Invests in First of Its Kind Modular Cable Repair Spread to Accelerate Offshore Wind Uptime
DOF has unveiled a groundbreaking modular cable repair spread aimed at revolutionizing the response of offshore wind operators to cable faults. This innovative system, designed for compatibility across DOF's fleet, stands out for its unique combination of flexibility, road transportability, and rapid deployment capabilities. The investment reflects DOF's commitment to enhancing operational efficiency in the offshore wind sector, addressing the critical need for swift and effective cable repairs in the face of increasing demand for renewable energy solutions.
Fugro and Spoor Create New AI Bird-monitoring Solution for Offshore Wind Farms
Fugro, a leading provider of geo-data solutions, has partnered with Spoor, a software company specializing in environmental impact reduction for renewable energy projects, to create a new bird-monitoring solution aimed at offshore renewable energy initiatives. The memorandum of understanding (MOU) was signed recently to address the need for effective environmental assessments in the renewable energy sector. This innovative system is designed to protect bird populations while simultaneously facilitating the growth of renewable energy by making environmental assessments more affordable, cleaner, and safer. The collaboration underscores both companies' commitment to enhancing sustainability in the energy sector.
fugro spoor ai bird-monitoring solution offshore wind farms
Fugro Awarded Second Geotechnical Site Investigation for Australian Offshore Wind Farm
Fugro has secured a contract to conduct offshore soil investigation services for the Blue Mackerel offshore wind farm, a significant renewable energy initiative in Australia. This project, located off the coast of Brataualung and Tatungalung country in Gippsland, Victoria, is poised to become one of the country's first offshore wind energy developments. The investigation is a crucial step in advancing the project, which aims to contribute to Australia’s transition towards cleaner energy sources.
fugro contract award geotechnical site investigation offshore wind farm blue mackerel project
FET Supplies ROV for River Bed and Offshore Wind Surveys in the United States
Forum Energy Technologies’ Subsea Product Line has secured a contract to sell an electric Sub Atlantic Super Mohawk II remotely operated vehicle (ROV) along with a Dynacon Launch and Recovery (LARS) system to a subsea organization based in North America. This transaction represents a significant milestone for the company, as it marks their inaugural sale aimed at conducting river bed assessments in addition to surveying offshore wind farms. The ROV is specifically designed for shallow water operations and will be deployed in the Northeastern United States, enhancing the capabilities of subsea operations in the region.
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