
Innovative sensor technology for wind turbines
FiberCheck is revolutionizing rotor blade monitoring with its innovative strain gauge sensor. Learn more about the sensor technology, its function , design , and advantages below.
Function of the FiberCheck sensor

Innovative measurement technology
The FiberCheck sensor is based on a high-precision measuring wire laminated in glass fiber reinforced plastic (GRP).
This advanced technology enables extremely accurate and reliable measurement of loads in wind turbines.
Continuous monitoring
This measuring wire continuously records the strain and vibration of the material. Constant monitoring allows even the smallest changes to be detected in real time, enabling proactive maintenance and optimization of the system.
Early damage detection
Thanks to its unique design, the sensor can detect even the smallest changes in the structure of the rotor blade, providing early warning of potential damage. This precise measurement capability allows problems to be identified before they lead to serious damage or failure.
Structure of the FiberCheck sensor
The FiberCheck sensor is characterized by its innovative design, which enables precise and reliable measurements.
Advantages of the FiberCheck sensor
The innovative FiberCheck sensor offers a variety of advantages for monitoring wind turbines:

Durability and robustness
Lifelong durability
High flexibility combined with robustness
No moving parts, therefore low maintenance
Economic benefits
Fast amortization through low investment
Potential to increase wind farm yield through AI applications
Possible reduction in insurance premiums through predictive maintenance
adaptability
Customer-specific special solutions can be implemented
Practical design and integration
Compact and handy design
Easy integration into rotor blade production or as a retrofit solution
Made in Germany - highest quality standards
High-quality materials
The sensor is made of high-quality GL-certified fiberglass laminate to achieve nearly identical mechanical properties to the rotor blade material being monitored. This ensures optimal integration and reliable measurement results.