Our services

Drone-based blade inspections are a modern diagnostic method for wind turbines, serving as an alternative or supplement to traditional rope access. We also offer thermal imaging inspections. These tasks are performed exclusively by technicians with years of experience in blade repair.

Scope of work:

• Visual Analysis - The process involves a detailed analysis of the blade surfaces.
• Damage Detection - During the inspection, specialists identify even the smallest defects.
• Comprehensive Documentation - After each inspection, you will receive a technical report featuring high-quality photos and specific recommendations for further action.

During Lightning Protection System (LPS) measurements, we verify continuity and resistance. The objective is to validate the condition of the lightning protection system, which shields the turbine from the effects of atmospheric discharges. This measurement is typically performed simultaneously with a detailed visual inspection of the blades via rope access.

Scope of work:

• Continuity check - Technicians verify that the continuity of the lightning protection system is maintained throughout the entire length of the blade.
• Resistance measurement - We test the system's electrical resistance to ensure it will function correctly in the event of a lightning strike.
• Comprehensive documentation - After each inspection, you will receive a technical report including photos and recorded measurement results.

Leaving the interior of a blade unmonitored can lead to a critical escalation of structural damage, which has a decisive impact on the blade's overall integrity.

Scope of work:

• Detection of hidden defects - Through detailed analysis, our technicians are able to detect all categories of laminate cracks that may not be visible from the outside.
• LPS system condition monitoring - Visual inspection of the blade interior allows for the verification of internal Lightning Protection System (LPS) components.
• Comprehensive documentation - After each inspection, you will receive a technical report including photos and specific recommendations for further action.

We provide a full range of blade repairs, from fixing minor surface damage and chips to major structural repairs requiring the reconstruction of laminate layers and core materials. We use certified materials and procedures compliant with Original Equipment Manufacturer (OEM) guidelines. Our goal is to restore full blade operational efficiency while minimizing turbine downtime.

Scope of work includes:

• Repair planning based on existing documentation and preparation of necessary materials.
• Execution of repairs in strict accordance with established procedures.
• Full documentation - you will receive a comprehensive technical report with photographic evidence after every repair.

A properly functioning Lightning Protection System (LPS) is essential for protecting the blade structure against the destructive effects of lightning strikes. LPS (Lightning Protection System) repair and maintenance is a process designed to ensure the system's continuity within the turbine blade. This ensures that in the event of a strike, the electrical discharge is safely conducted to the ground without damaging the laminate structure.

Scope of work includes:

• Restoration of connections - repairing broken cables or damaged contact points within the blade structure.
• LPS control measurements - conducting continuity and resistance testing.
• Full documentation - you will receive a comprehensive technical report with photographic evidence after every repair.

We apply and restore systems designed to protect blades against erosion and wear. We use proven materials and technologies that extend blade lifespan and enhance turbine efficiency by reducing aerodynamic losses.

Scope of work includes:

• Restoration of existing coatings that have been subject to wear and tear.
• Application of new LEP (Leading Edge Protection) systems.
• Full documentation - you will receive a comprehensive technical report with photographic evidence after every repair.

Repairing aerodynamic components, such as serrations and vortex generators on wind turbine blades, is a process aimed at improving the blade's aerodynamic properties, which directly translates into increased energy production efficiency.

Scope of Work:

• Component Restoration: The repair process involves rebuilding damaged components or replacing entire sections.
• Full Documentation: After every repair, you will receive a comprehensive technical report complete with photographic evidence.

Internal blade repairs are among the most demanding service tasks. They require not only specialized technical expertise but also a rigorous approach to safety due to working in a confined space inside the blade.

Scope of Work:

• Internal Repairs: This involves rebuilding composite layers inside the blade in the event of cracks or delamination, as well as inspecting key structural load-bearing components for mechanical and fatigue damage.
• Full Documentation: After every repair, you will receive a comprehensive technical report complete with photographic evidence.

We provide professional support in emergency cases involving component damage sustained during transport or installation. We also assist with all types of work that can only be performed using rope access.

Our teams consist of experienced technicians holding international certifications, which guarantees the highest safety standards during high-altitude operations. By utilizing rope access, we are able to safely and quickly reach hard-to-access locations.

Proper turbine maintenance and upkeep means caring for the environment, but also ensuring operational safety. We clean contamination caused by grease leaks and operating fluid spills both inside the turbine and on the external surfaces of the blades and tower.

Paint coating damage leads to corrosion, which over the years becomes increasingly problematic and difficult to remove. Thanks to our experience, we can guarantee paint coating repairs that provide long-lasting, multi-year anti-corrosion protection.

Foundation inspections in the wind industry are a crucial element of maintaining the structural integrity of the entire unit. As part of this service, we perform visual and structural inspections, check the tower-to-foundation connections, and assess the surroundings and ground condition in the foundation area.

The tent is utilized for carrying out work during the autumn and winter periods. Thanks to the controlled environment inside, our technicians can work with laminates and resins while maintaining the highest quality standards.

The tent provides:

• Stable Temperature: Essential for the proper cross-linking (curing) of the laminate.
• Low Humidity: Moisture is the number one enemy of composite structures.
• Protection Against Wind and Dust: Contaminants within the repair structure weaken the blade.
• Continuity of Work: It allows repairs to be performed even in unfavorable weather conditions, which reduces turbine downtime and lowers costs.