Wind power icing sensor

1.Product introduction of wind turbine blade ice thickness sensor

Wind power icing sensor Monitors icing information based on the difference of feedback information of different substances such as ice, water and air from microwave signals.The wind turbine blade ice thickness sensor uses microwave detection technology. Based on the difference in the feedback information of microwave signals to different substances such as ice, water, air, etc., it can monitor the icing information in the sensitive area of the sensor, and based on the strength of the signal and the sensor area Ice distribution information is used to calculate ice thickness. This product is generally installed on the blades of wind turbines. By measuring the ice coating on this sensor, the ice coating at the current blade position can be equally determined.

2. Technical indicators of wind turbine fan blade ice thickness sensor

1. Detection resolution: 0.01mm

(1) Maximum measuring thickness: 30.00mm

(3) Communication method: Wireless 433

(4) Air speed: 10K

(5) Communication protocol: see communication section

(6) Communication distance:>100 meters (barrier-free)

(7) Power supply mode: built-in battery

(8)Standby time:>72 hours

(9) Working temperature: -40℃～65℃

(10) Protection level: IP66

(11) Weight: ≤210g

3. Product features of wind turbine fan blade ice thickness sensor

(1) It can detect ice thickness, rain and other weather conditions.

(2) It has the functions of temperature detection, battery voltage detection and charging voltage detection.

(3) Automatically transmit measurement data at regular intervals.

(4) The equipment is lightweight and flexible in design, making it easy to stick closely to the blades.

(5) Equipped with photovoltaic charging module to charge the battery.

(6) Sensor thickness is less than 15mm

(7) Installed at different locations on the blades and tower

(8)Using solar power supply

(9)Lora wireless communication

(10) Use the same coating as the blade

(11) Combined with micro weather station information