Whether you are looking to inspect the condition of your wind turbine blades, inspect a wind farm for potential warranty claims or increase the efficiency of your investments, BLADE VIEW™ offers you an unrivalled way to manage the inspections and repairs of your rotor blades, as well as precise tools to analyse the inspection results for efficient planning of upcoming blade repairs.

Condition Monitoring

Gathering inspection and repair data for continuous assessment of the condition of the blades and rapid detection of problems. Tracking inspections and necessary repairs with regular updates.

Repair Prioritization

Identify and prioritize needed repairs based on severity and urgency, ensuring effective interventions.

Schedule and assign repairs based on priorities and available resources.

Details of identified defects and recommendations for intervention.

Proactive AI Analytics

We use artificial intelligence algorithms to evaluate and finding blade issues in the shortest possible time.

Our AI software helps us to achieve even faster and more accurate inspection results for our customers.

Informed Decisions

The analysis functions of BLADE VIEW™ provide clear picture of the blade condition and recommendations that allows you to made informed decisions to ensure the expected performance of your wind turbines while optimizing blade repair costs.

Verified Results

BLADE VIEW™ provides detailed and accurate inspection reports. Blade experts review and approve each AI-supported inspection assessment process to ensure an accurate inspection result.

What types of blade damages are included in the BLADE VIEW™ inspection report?

The damages that's detected is classified into damage categories from 1-5, enabling you to prioritize your blade inspection and blade repair operations.


The following blade damages may occur:


  • Pollution: Contaminants on the rotor blade surfaces.
  • Top Coat Damage: Monitors erosion and breaks in the protective outer layer.
  • Impact Damage: Inspects for dents and deformation caused by foreign objects.
  • Leading Edge Erosion: Evaluates wear and tear caused by particulates and environmental factors.
  • Lightning Strike Damage: Identifies and assesses damage from electrical discharges.
  • Longitudinal or Transverse Cracking: Details cracks that run along or across the blade.
  • Dry glass layer: Highlights areas where fibers have not been properly saturated with resin.
  • Debonding: Detects areas where materials have lost adhesion.
  • Delamination: Glass layers of the blade that have separated.
  • Missing aerodynamic attachments: Identifies the absence of crucial aerodynamic components, which can affect the blade's performance and efficiency.







BLADE VIEW™ empowers you to make confident decisions, reduces the risk of incorrect procedures and reduces turbine downtimes.

Top Features of BLADE VIEW™ Blade Management Software

Manage your blade assets with our BLADE VIEW™ Blade management Platform, to take precision

data-driven O&M decisions

Increase performance

BLADE VIEW™ is an advanced solution that combines data capture, processing, collaboration and reporting of rotor blade inspections and repairs. You will benefit from more effective blade asset management and improved business performance.

Next Generation Software

BLADE VIEW™  uses advanced artificial intelligence algorithms to provide accelerated damage detection and to track anomalies over time. This accelerating blade inspection routines and improving blade damage assessment accuracy.

Downtime reduction

BLADE VIEW™ provide you a clear insights into the history of each rotor blade and the damages that has occurred over time, specific corrective action can be determined, resulting in efficient blade repairs and reduction of turbine downtimes.

Scalability

BLADE VIEW™ enables an increase in the number of inspections processed daily, without compromising turnaround time or reporting accuracy.
Also offers BLADE VIEW™ adaptability to customer demands and ensures continuity and quality of our inspection services.