AKROCEAN completes first campaign with floating LiDAR system in wind project in New Zealand
The success of this campaign opens the door to new opportunities in New Zealand's offshore sector.
The success of this campaign opens the door to new opportunities in New Zealand's offshore sector.
This hybrid vessel will optimize operations in the offshore sector, and will also serve as a reference for future developments in sustainable shipbuilding.
This project seeks to ensure compliance with the highest quality standards in the photovoltaic industry.
This flexibility allows researchers to conduct extensive testing of robotic locomotion without having to modify the robot's structure.
The underwater energy sector seeks to develop solutions that enable the efficient extraction of resources in complex and extreme locations.
Firefly has demonstrated its ability to deliver innovative technologies in the aerospace sector.
This device has demonstrated a capacity superior to that of current sensors.
The vessel's new owner will leverage its advanced specifications to support offshore exploration and production projects.
This validation represents a key step towards optimizing deepwater renewable generation.
The Cromarty Firth Port is expected to be fully operational by early 2028, marking the start of a new era for floating offshore wind in the UK.
The intelligent automatic sorting system allows modules to be sorted with real-time adjustments, as one of the innovations that improves the operational efficiency of the plant.
Detailed specifications of the call, including updated maps and environmental regulations, are available on the Norwegian Directorate of Deep Sea Fisheries' website.