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Autonomous vehicle used to inspect jacket structures at Seagreen wind farm
Beam, formed when Rovco and Vaarst merged, said it has deployed the world’s first autonomous underwater vehicle driven by artificial intelligence (AI).
The technology has already been successfully used to inspect jacket structures on Seagreen offshore wind farm in Scotland, a JV partnership between SSE Renewables, TotalEnergies and PTTEP, Beam said.
This cutting-edge technology promises to revolutionise the field of marine technology and underwater robotics, according to the company.
By leveraging advanced AI, this technology can perform complex underwater tasks with no human intervention, significantly boosting the efficiency and cost-effectiveness of underwater inspections and surveys, it added.
Moving away from remote operation, coupled with the streaming of data directly back to shore, will allow offshore workers to concentrate on the more complex elements of their roles, Beam siad.
This AI driven way of working also reduces inspection timelines by up to 50%, which in turn cuts operational costs, the company claimed.
The use of this technology provides other benefits in drastically improving inspection data quality and enabling 3D reconstruction of assets alongside visual data, it added.
Beam will be rolling out this new technology across its fleet of DP2 vessels, ROVs and AUVs throughout 2025 and 2026.
Beam’s chief executive, Brian Allen (pictured) stated: "We are very proud to have succeeded in deploying the world’s first autonomous underwater vehicle driven by AI.
"Automation can revolutionise how we carry out inspection and maintenance of offshore wind farms, helping to reduce both costs and timelines. Looking ahead to the future, the potential of this technology is huge for the industry, and success in these initial projects is vital for us to progress and realise this vision.
"This wouldn’t be possible without forward-thinking customers like SSE Renewables who are willing to go on the journey with us."
Seagreen has been operational since October 2023 and the success of Beam’s project there provides important learnings for the use of autonomous tech on offshore wind superstructures, the company said.
The data collected by Beam will be used to maintain operational reliability at the wind farm, providing insight into areas such as marine growth and any potential erosion at the foundations, it added.
Matthew Henderson, technical asset manager – substructure and asset lifecycle at SSE Renewables, said: "At SSE, we have a mantra that if?its?not?safe, we dont do?it.
"Beams technology demonstrates that autonomous inspections can reduce the personnel we need to send offshore for planned inspections, while speeding up planned works and collecting rich data-sets to inform asset integrity planning.
"As we move further offshore, and into deeper waters - the ability to collect high quality inspection data in a low-risk manner is imperative to us delivering our Net Zero Acceleration Programme." |
