Complete Product Range

Core control center realizing full-process turbine control from start-up and operation to maintenance through real-time data interaction.

Main braking system achieving maximum wind energy capture through precise blade pitch angle control while reducing overall turbine load.

AC pitch driver specialized for wind turbine pitch systems, suitable for hub diameters ranging from 70 to 171 meters.

Applied in wind turbines from 1.5MW to 3.5MW with low-voltage AC pitch systems, adapting blade angles for optimal power output.

Applied in wind turbines from 1.5MW to 3.5MW with low-voltage AC pitch systems — next-generation pitch drive with enhanced features.

Carbon cloth heating and hot air curtain solutions preventing and eliminating blade icing, maximizing annual generation in cold climates.

Precision ultrasonic sensor measuring both wind speed and wind direction with no startup speed requirement and strong anti-interference.

Installed in wind turbine hub to collect blade piezoelectric vibration signals and transmit data via Profibus-DP or CANopen.

Real-time monitoring of generator shaft voltage and current, protecting against high-frequency common-mode voltage interference and carbon brush wear.

Continuously measures and analyzes low-frequency vibration of wind turbines with 3-axis X/Y/Z measurement and tilt angle monitoring.

Low-frequency dual-axis vibration monitor continuously measuring wind turbine vibration with hardware alarm output and 100% factory calibration.

High-precision MEMS accelerometer with dual-redundancy design for vibration monitoring of wind turbine drivetrain and tower tube.

High-precision 9-axis gyroscope for measuring hub rotation speed and azimuth angle with RS485 and analog signal output.

Drive chain overspeed protection for pitch and yaw systems — panel-based parameter setting, no PC required for configuration.

Two independent channels for high-speed and low-speed shaft overspeed protection, with NPN/PNP proximity switch compatibility.

Monitors square wave signals from industrial control computers, triggering relay output when pulse width exceeds preset threshold.

Wind turbine-optimized HMI industrial PCs with high interference resistance, wide temperature tolerance, and HD LCD display.

Comprehensive EMS collecting real-time data from turbines, SVGs and booster stations for coordinated active and reactive power control.

Centralized monitoring and control of all wind turbines and related equipment with dual-machine hot standby and comprehensive analytics.