Product Description:
Our Doppler Wind Lidar product comes equipped with a temperature range of -40℃ ~ 50℃, ensuring reliable performance even in extreme weather conditions. The lidar is also built to last, with a protection class of IP67 that ensures protection against dust, water, and other environmental factors.
With a measurement layer of 12, our lidar onshore wind product is capable of providing highly accurate wind data across a wide range of altitudes. This makes it perfect for wind energy applications, as well as for various industrial and research purposes.
Our Doppler Wind Lidar product is powered by either 24VDC or 220VAC, providing flexible options to suit your specific needs. Additionally, our lidar onshore wind product has a sampling rate of 1Hz, ensuring that you receive real-time wind data in a timely and efficient manner.
Overall, our Doppler Wind Lidar product is the perfect solution for anyone in need of accurate and reliable ground-based, onshore wind measurements. With its precision, durability, and flexibility, our lidar onshore wind technology is sure to exceed your expectations and provide you with the data you need to make informed decisions.
Features:
- Product Name: Doppler Wind Lidar
- Protection Class: IP67
- Wind Speed Range: 0~75m/s
- Temperature Range: -40℃ ~ 50℃
- Sampling Rate: 1Hz
- Distance: 30~300m
This Doppler Wind Lidar is perfect for measuring onshore wind speeds. It is available for rental for your convenience.
Technical Parameters:
| Technical Parameter |
Value |
| Powered By |
24VDC,220VAC |
| Temperature Range |
-40℃ ~ 50℃ |
| Protection Class |
IP67 |
| Measurement Principle |
Pulsed Laser Coherent Doppler |
| Wind Speed Accuracy |
0.1m/s |
| Distance |
30~300m |
| Weight |
≤50kg |
| Wind Speed Range |
0~75m/s |
| Measurement Layer |
12 |
| Power |
60W |
This wind lidar product is a remote sensing device that uses Lidar measurement technology to accurately measure wind speed and direction. It has a wide range of technical parameters, including a measurement layer of 12, wind speed accuracy of 0.1m/s, and a wind speed range of 0~75m/s. Additionally, it is powered by 24VDC,220VAC and has a temperature range of -40℃ ~ 50℃. It is also designed with a protection class of IP67, making it suitable for use in harsh outdoor environments. The weight of the device is ≤50kg and it consumes only 60W of power.
Applications:
Wind Resource Assessment
The MOVELASER Ground-based Wind Lidar Molas B300 is perfect for wind resource assessment. It can measure wind speeds and directions at various heights, making it an essential tool for wind farm developers. The lidar onshore wind can provide accurate data to assess potential sites for wind farms, making it easier to determine the viability of a location.
Wind Energy Production
The MOVELASER Ground-based Wind Lidar Molas B300 can also be used in wind energy production. It can help optimize turbine performance by providing real-time data on wind direction and speed. By using this data, wind farm operators can adjust their turbines to maximize energy production and reduce maintenance costs.
Weather Monitoring
The MOVELASER Ground-based Wind Lidar Molas B300 can be used for weather monitoring, providing accurate data on wind speeds and directions. This can be useful for a variety of industries, such as aviation and transportation, where knowledge of weather conditions is essential.
Air Quality Monitoring
The MOVELASER Ground-based Wind Lidar Molas B300 can also be used in air quality monitoring. It can provide accurate data on atmospheric pollutants, such as dust, pollen, and smog. This can help authorities make informed decisions on how to improve air quality and protect public health.
The MOVELASER Ground-based Wind Lidar Molas B300 is a lightweight product, weighing less than 50kg. It has a protection class of IP67, making it resistant to dust and water. It has a distance range of 30~300m and a measurement layer of 12. It can also operate in extreme temperatures, with a range of -40℃ ~ 50℃. With these features, this lidar onshore wind is perfect for remote locations and harsh environments.
