Machine-learning-enabled thermal imaging solutions are addressing these issues. Bi-spectral cameras, like SYTIS’ TC-90™, provide clear images and remote, real-time visibility into electrical enclosures. These miniaturized cameras fit inside nacelles and, powered by POE, offer a holistic view of components, connections and wiring. They detect micro-failures—like pinhole leaks in hydraulic lines—before they escalate. Shifting from time-based to condition-based maintenance enables earlier interventions, historical trend analysis and more resilient and efficient operations while reducing the need for high-risk manual inspections. For more information – read the case study by Ryan Severe, Senior Engineer for Wind Assets at Puget Sound Energy. |
Smarter Maintenance Strategies for Offshore Wind with Embedded Thermal Cameras
- Category: Company Announcement
January February 2024
The Front CoverThe research project Temporary Coating by Means of Drones – Icing Protection of Wind Turbines as a Case Study was carried out by Fraunhofer IFAM and IPA (page 6). The project involved 19 companies. The aim of the project was to provide the material technology basis for a temporary anti-ice coating and a drone-compatible application. The cover image shows a simulation of coating using a drone under the influence of wind. (source: Fraunhofer IPA) Publisher's NoteAdvances and challenges in Europe’s offshore wind energy sectorFeaturesDrones Protect Rotor Blades from Icing
By Andreas Stake and Oliver Tiedje, Fraunhofer, Germany By Frank Thomsen, Lars O. Mortensen, Naomi A.M. Tuhuteru, Jonas B. Mortensen, DHI, Denmark
By Nick Zenkin, Lead Offshore Wind Consultant, Xodus Group, USA By Andreas Franke, Business Manager Wind Energy, Beckhoff Automation, Germany
Windtech FutureIs Using DFIG in Wind Turbines an Obsolete Technology?By Ahmad Hemami, McGill University, Montreal, Canada View from InsideBy Shovana Talukdar, Senior Consultant, BVG Associates Latest News
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