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Quali-Drone. Intelligent, autonomous drone inspection of large structures within the energy industry

The project develops a drone inspection solution and digital documentation that recognize and categorize surface errors and measure parts of industrial structures with high precision.

Johan Gudmundsson
Johan Gudmundsson

September 30, 2024

Quali-Drone

The project develops a drone inspection solution and digital documentation that recognize and categorize surface errors and measure parts of industrial structures with high precision.

Desupervised is set to participate in the project “Quali-Drone. Intelligent, autonomous drone inspection of large structures within the energy industry” grant with a total value of 6.2 MDKK, set to conclude end of 2022.

Desupervised part of the project is to build an AI application that analyzes the drone footage, detects the defects, and projects the defects’ location onto a digital twin.

Offshore wind turbines are placed on a foundation which is manufactured by sub-contractors to the wind turbine industry. It is crucial that these foundations meet specified requirements from wind turbine manufacturers. During production and transportation of the foundation to the place where it is to be installed, the manufacturer inspects the foundation to ensure it meets specifications. The inspection, which is conducted manually, is financially cumbersome and time-consuming, not to mention risky for the employees involved, who must climb the foundation and face other hazards when carrying out the inspection.

The Quali-Drone project will develop an automated, drone-based approach to the inspection of surface damage to TP turbine foundations using AI algorithms and digital twins. This project has the potential to save the industry time and money, as well as to improve safety around TPs.Quali-Drone project partners are developing software and a drone that can be used to photograph, scan, and analyse the condition of a wind turbine foundation from production to shipment and through to its arrival at the offshore wind farm where the foundation is to be installed. The new software and developed inspection drone will thereby automate the inspection, saving the industry time and money while improving the safety of the employees.

Read about the solution to our part of the project

Johan Gudmundsson
Johan Gudmundsson

CTO, Co-Founder

Co-founder and CTO of Desupervised. Lead author of Borch, the probabilistic programming language behind the uncertainty-aware AI we co-develop with companies.

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