Smarter Inspections. Safer Operations. Maximum Uptime.
Diagnostics Powerwind revolutionizes wind turbine maintenance with AI-powered drone inspections that reduce downtime, cut costs, and eliminate safety risks.
France Targets Lower Wind Energy Costs
Despite expansion, the cost of wind-generated electricity remains high at €74/MWh, while the government aims to bring it down to €50/MWh by 2030. Achieving this target will require major improvements in efficiency and cost reduction strategies, particularly in turbine servicing and upkeep.
Wind Power Capacity is Growing Rapidly
France’s wind energy sector is undergoing rapid expansion.
However, as more turbines are installed, the challenge of maintaining and optimizing their performance becomes increasingly critical. Without efficient maintenance, higher turbine counts could lead to costly downtimes and operational inefficiencies.
But Maintenance Costs Are Skyrocketing
As wind power capacity expands, so do maintenance costs. With larger and more complex turbines, traditional maintenance methods are becoming too slow and expensive.
What if your turbines could inspect themselves? Now they can
💶 Cost Reduction
Reduce maintenance costs by up to 40% by eliminating expensive crane rentals and labor-intensive manual inspections.
⏱️ Faster Inspections
Complete inspections in hours instead of the 5-7 days required by traditional methods, minimizing turbine stoppage.
🔧 Prevented Repairs
Prevent expensive emergency repairs per turbine by detecting cracks before they lead to catastrophic failures, saving €50K+.
📉 Reduced Downtime
Maximize energy production with continuous inspections that allow turbines to generate maximum output and revenue, reducing downtime by up to 80%.
Our Solution
Wind turbine maintenance has traditionally been costly, time-consuming, and risky. At Diagnostics Powerwind, we leverage cutting-edge drone technology and AI-powered analytics to transform the way turbines are inspected and maintained.
Explore how our innovative solutions can help you maximize efficiency, prevent failures, and extend the lifespan of your turbines.
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Our AI-powered drones capture high-resolution images and thermal scans of wind turbine blades with unmatched accuracy. Unlike manual inspections, they scan multiple turbines quickly, detecting surface wear, thermal anomalies, and micro-cracks before they become serious issues.
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Our drones fly with pinpoint accuracy, even in strong winds. Built-in safety features ensure reliable inspections:
• Geofencing – Drones stay within a set flight path.
• Collision avoidance – Real-time sensors prevent accidents.
• Auto return – Drones return safely if the battery runs low.
This guarantees safe, precise inspections without risk to assets or personnel.
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Our AI automatically detects and classifies blade damage, such as erosion, lightning strikes, and cracks. Operators get prioritized repair recommendations, preventing costly failures.
• Early micro-damage detection – Fix small cracks before they grow.
• Lightning protection checks – Ensure grounding systems work.
• AI trend analysis – Track long-term turbine wear for predictive maintenance.
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Our platform syncs with your maintenance system, delivering instant, cloud-based reports with:
• High-resolution defect images.
• Thermal scans for hidden weaknesses.
• Smart maintenance scheduling to cut downtime.
This means faster decisions, fewer site visits, and optimized turbine performance.
Contact Us
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