Wind Power
Wind Power
As an important part of clean energy, the wind power industry depends on stable and safe equipment operation for generation efficiency and O&M costs. Oil serves as the lubricant and cooling medium for key drivetrain components, such as gearboxes and bearings.
Oil Monitoring System
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The system uses non-contact laser displacement sensors for high-precision, all-weather online monitoring of wind turbine main shafts. Based on laser triangulation, it acquires main-shaft end-face position signals in real time for signal processing, edge computing and intelligent analysis.
Main Shaft Displacement Monitoring System
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The blade clearance radar monitoring system uses IMon-B300 for clearance monitoring. When blade clearance approaches the specified minimum, the turbine's main controller can immediately take protective measures such as reducing speed or feathering the blades.
Blade Clearance Radar Monitoring System
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Developed for wind turbine applications, this online insulation monitoring device uses DC injection to measure insulation in cables or motor windings. The instrument is interlocked with the wind turbine circuit.
Motor Insulation Monitoring System
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Wind turbine flange gap monitoring uses gap sensors installed on two flange faces to capture minute changes in their separation in real time. When the gap exceeds the allowable value, an alarm promptly notifies relevant personnel to inspect the site.
Flange Gap Monitoring System
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Wind turbines are expensive and operate in harsh environments under complex conditions. Prolonged combined vibration, torsion, shear and other loads can damage components and their connecting fasteners to varying degrees.
Bolt Monitoring System
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Dedicated sensors provide comprehensive blade condition monitoring. The system detects blade ice thickness in real time and intelligently guides turbine start/stop decisions, helping prevent mechanical impacts and unbalanced dynamic loads caused by ice shedding.
Blade Monitoring System
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The drivetrain monitoring system collects real-time data from key rotating components, including the main shaft and bearings, gearbox, generator and coupling, and analyzes the signals to assess equipment health.
Drivetrain Monitoring System
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Modern large wind turbines have hub heights exceeding 80 m. Tower quality defects and uneven foundation settlement can cause tower tilt and nacelle/blade displacement. Severe cases may lead to tower cracking, loose foundation rings or even tower collapse.
Tower Safety and Settlement Monitoring System
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Based on the ISen-H231 eddy-current displacement sensor, the gearbox high-speed shaft axial movement monitoring system is an online solution for high-speed gearbox shafts in wind power applications, offering high precision of 1 μm.
Gearbox High-Speed Shaft Axial Movement Monitoring System
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Generator displacement caused by improper installation, misalignment, or loose or broken fastening bolts seriously affects normal turbine operation, increases vibration and can cause failures in generator bearings, gearbox high-speed shaft bearings and other components.
Generator Displacement Monitoring System
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Lightning strikes are particularly frequent at wind turbine blades, especially their tips. The combined mechanical impact and thermal energy released instantaneously by lightning current can cause localized carbonization, trailing-edge cracking or even blade puncture.
Blade Lightning Current Monitoring System
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The pitch system adjusts blade pitch according to wind speed and direction and tracks wind direction to maintain stable turbine power output. Under these operating conditions, pitch bearings must withstand large overturning moments and impact loads from variable winds.
Pitch Bearing Monitoring System
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