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Wind Iris Lidar
Created with Pixso. Molas Nl Wind Iris Lidar High Sample Rate Large Range Vector Wind Field Measurement

Molas Nl Wind Iris Lidar High Sample Rate Large Range Vector Wind Field Measurement

Brand Name: MOVELASER
Model Number: Molas NL
MOQ: 1 set
Price: Dollar 5W$+ (Price consultation customer service)
Delivery Time: 1-2 months
Payment Terms: L/C, D/A, D/P, T/T
Detail Information
Place of Origin:
China
Certification:
DNV GL , Intertek , RISO Dtu
Range:
50m ~200m(NL200) 50m ~400m(NL400) 50m ~750m(NL750)
Wind Speed Range:
0m/s ~ 50m/s
Sampling Frequency:
4Hz
Temperature Range:
-40℃~60℃
Wind Speed Accuracy:
0.1m/s
Communication Mode:
Profibus DP/Modbus TCP/ Modbus RTU/CANOPEN
Packaging Details:
Air Box
Supply Ability:
200 set ,1 month
Highlight:

rental doppler wind lidar

,

doppler wind iris lidar

,

rental wind iris lidar

Product Description

Molas NL Wind Iris Lidar: High Sample Rate & Large Range Vector Wind Field Measurement

 

| Product introduction

 

Molas NL nacelle wind lidar system provides measurement and recording of wind field information data in front of wind turbines 50m-200m / 400m / 750m, and is connected to the main control system of wind turbines, so as to realize feedforward control, optimize load and increase power generation. It can also be applied to various automated operation scenarios such as yaw correction, power curve test, wake analysis, and intelligent field group control.

 
| Application scenarios 
 
Molas NL is based on the principle of fully coherent Doppler detection for wind measurement, and its schematic diagram is shown in Figure 3. The pulse signal generated by the fiber laser is emitted into the atmosphere to be measured through an optical antenna, and interacts with the aerosol particles to generate a backscattered signal containing velocity information. The optical antenna receives the backscattered signal, beats it with the internal local oscillator light of the system, and ultimately converts it into an electrical signal. After the signal is amplified, the digitization of the electrical signal is completed by an analog-to-digital converter A/D. The collected data is transmitted to the processor, and the radial wind speed at different distances of each beam is obtained based on the signal processing algorithm. Finally, the reconstructed wind speed, wind direction, turbulence, Wind shear and other information are obtained by combining the wind field model.

 

 

| Product parameters 参数

Performance

Measure the distance

50~200m

Measurement Layer

10

Sampling frequency

4Hz

Wind speed measurement range

-50 ~50m/s

Wind direction measurement range

-180°~180°

Wind speed accuracy

0.1m/s

Accuracy of wind direction

±0.5°

Laser form

pulse wave

 

| Product Features 

 

True front wind measurement
Real time data transmission and local storage
Accuracy up to 0.1m/s and 0.5°
high sample rate
Multiple distance layers
large range

 

| Product Image

 

Molas Nl Wind Iris Lidar High Sample Rate Large Range Vector Wind Field Measurement 0