- All Foundries
- 商品管理と取引
- 顧客とマーケティング戦略
- デジタルエンジニアリング
- ステーション・スタジオ
- サプライチェーン＆インダストリー5.0
- サステナビリティ
- Physical AI
- Next-Generation Infrastructure
Wind Turbine Blade Inspection & Repair Data Platform
The platform brings high-resolution inspection imagery, findings, repair data and maintenance history into one operating environment. It supports drone and automated inspection results and gives external teams an offline field workflow, strengthening the connection between evidence captured around the turbine and the maintenance record used by engineering and operations.
The challenge was not image capture alone. It was making evidence usable across contractors, field activity, engineering review and repair follow-up, even where teams work offline and repositories hold large volumes of high-resolution imagery.
Blade inspection evidence was distributed across contractors, field records and large image repositories, making it difficult to maintain a consistent view of asset history.
External teams needed to capture inspection and repair information in field environments where continuous connectivity could not be assumed.
Drone and automated inspections generate large volumes of high-resolution imagery that must remain manageable, reviewable and connected to the relevant asset record.
Engineering and maintenance teams needed a clear link between inspection evidence, identified findings, repair activity and historical maintenance records.
The delivery linked field capture, high-resolution imagery, inspection findings, repairs and historical maintenance data in a centralized operating workflow designed for repeatable use.
Built an application to store high-resolution blade images together with inspection, repair and maintenance data, replacing fragmented information administration with a common record.
Added offline modules for external field teams so inspection and repair information could be captured and managed without continuous connectivity at the wind farm.
Supported automated and drone inspections and their high-volume image evidence, combining field capture with processing, review and operational follow-up in a digital workflow.
Centralized historical inspections and repairs for engineering and maintenance traceability, while structuring the capability around repeatable procedures and a scalable foundation for high-resolution image processing.
The programme replaced fragmented information administration with a robust centralized platform, improved traceability between inspection evidence, findings and repairs, provided greater control over drone and automated inspection results, and created a scalable foundation for high-resolution image processing. This gives engineering and maintenance teams a more coherent operational record across the inspection and repair lifecycle.
