Polytech's digital solutions—spanning lightning monitoring, blade and condition monitoring, and transport tracking—are engineered to provide full transparency and critical insights throughout the lifecycle of your wind turbine components. We partner with turbine manufacturers, asset owners, and service organizations to deliver data-driven systems that maximize power output, prevent costly downtime, and optimize global project logistics.
Wind turbines are exposed to dynamic and complex loads that affect their performance, reliability, and lifespan. With SENACT® Load, our fiber optic technology provides highly accurate flapwise and edgewise bending moments for each individual blade. Fast to install and built with ruggedized, lightning-proof components so you can increase energy production through individual pitch control. Combined with our Autonomous Bending Moment Calibration (ABMC) software, load calibration is handled automatically and remotely without the need for onsite personnel. This drastically reduces calibration time.
In areas with frequent ice events and strict regulatory obligations, unnecessary precautionary shutdowns can severely impact your bottom line. SENACT® Ice is a DNV-certified, rotor blade-based condition monitoring system that uses advanced fiber optics and vibration sensors to accurately detect ice mass directly on the blade. Using Autonomous Fingerprinting (AFP), the system actively learns the natural frequencies of your blades, seamlessly distinguishing between ice accumulation and normal operational factors. This allows for automatic stop and restart functions, eliminating the need to wait for visual inspections or safety buffers.
As wind turbines grow in size and operate in more remote, high-risk areas, lightning strikes pose an increasing threat to turbine uptime and repair budgets. Polytech's Lightning Key Data System (LKDS®) is a robust, real-time monitoring solution that removes the guesswork from post-storm inspections. As a DNV-accredited, Class 1 lightning measurement system, LKDS® uses sensors integrated directly into the hub and blades to capture essential data for every strike—including peak current, charge, specific energy, and rise time. This allows you to confidently maintain operations when a strike is non-damaging, or to stop the turbine for targeted repairs only when necessary.
Managing global project logistics can be overwhelming, but our Transport Track & Protect solutions bring circularity, traceability, and transparency to your supply chain. Utilizing the digital Polytech Insight™ Logistics Monitoring System and robust tracker boxes, you can continuously monitor the real-time GPS location and availability of your transport equipment. The system goes beyond simple location tracking by monitoring humidity levels inside vital components like the tower, nacelle, and power modules, recording any shock incidents during transit, and logging inspection statuses.
Get in touch with our Sales team directly to learn more about how Polytech's digital portfolio can serve as the backbone for holistic turbine health and condition monitoring. By continuously tracking lightning impacts, vibrations, strain, and temperature, our systems act as an early warning network to detect latent vulnerabilities, early-stage fatigue, or damage before they escalate into critical, expensive failures.
Accurate, long-term operational histories and comprehensive data at your fingertips removes operational ambiguity, reduces business risks, and ultimately lowers your Levelized Cost of Energy (LCoE).
Book a short 15-minute session with our team and get personalized guidance on solutions for you wind turbines.
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