Doppler Wind Lidar

Data storage time 5~18 months 1,PPI scan method The full name of PPI is Plan Position Indicator. The center point is the radar antenna. The radar antenna displays the distance and echo strength of the target object when the pitch angle is constant, and the azimuth angle scans a circle or a specific angle. Commonly used in various radar displays in the fields of air traffic control, ship navigation, and meteorology. 2,Performance parameters Basic parameters Line-of-sight

Scanning method PPI/RHI/DBS/LOS/VAD programmable custom scanning method 1,Product introduction  Various measurement settings: 2 optional distance resolutions, 5 optional accumulation times  Flexible data acquisition: a variety of data output forms, support real-time data output, support remote wireless monitoring and data extraction  Safe use: With GPS location reporting and geo-fencing functions, data encryption has no risk of leakage  All-weather: no fear of strong wind

Angular resolution 0.1° 1,Product introduction Molas 3D is mainly composed of 5 major units: Three-dimensional scanner: Make the emission direction of the laser beam and the receiving direction of the return light point to any direction of the hemisphere above the radar Telescope: collimated laser beam Laser: Generates single-frequency high-energy laser and integrates a coherent detection link Electronic control unit: collect and process detection signals and output the

Laser Safety Class IEC 60825-1 (2014) Class 1M Eye Safety Wind Lidar 1,Product introduction It can be known from the Doppler principle that the Doppler frequency shift fd of the echo signal is proportional to the moving speed of the aerosol particles (that is, the wind speed), so the backscattered signal received by the optical antenna passes through the local oscillator generated by the fiber laser inside the system.The light beat frequency in the coherent detection module

Temperature humidity and pressure sensor interface 1,Product introduction Temperature, humidity and pressure sensor interface, connected with the temperature, humidity and pressure sensor to obtain the temperature, humidity and pressure data of the sensor installation point. The four core modules of Molas B300 series are independently designed from fiber laser radar transmitter, laser transceiver system, high-speed data acquisition system, and high-precision data processing

The lidar power supply to supply power for the whole lidar 1,Product introduction COMM : Output data through serial port (additional order required). 24VDC : Power interface, which connects with the lidar power supply to supply power for the whole lidar. The four core modules of Molas B300 series are independently designed from fiber laser radar transmitter, laser transceiver system, high-speed data acquisition system, and high-precision data processing software. Each core

It can also be directly connected to the Internet through a network cable 1,Product introduction Network interface, after connecting with the computer using a network cable, the client software can be operated on the computer to perform lidar parameter setting, status observation and data download. It can also be directly connected to the Internet through a network cable. The four core modules of Molas B300 series are independently designed from fiber laser radar transmitter,

Operating temperature range -40℃ ~ 50℃ Molas B300(offshore) Lidar | Product introduction The working principle of wind measurement lidar is shown in the figure below. The signal light generated by the fiber laser is transmitted into the air to be measured through the optical antenna, and interacts with the aerosol particles in it to generate a backscattered signal containing its velocity information. | Application scenarios It can be used in scenarios such as wind resource

IP54 Fearless of harsh outdoor environments Doppler wind lidar | Product introduction When the radar is placed, there should be no obstacles in the conical area with a vertical angle of 28° above the lidar, so as not to affect the wind measurement effect. | Application scenarios ① Early detection of wind resources ② Offshore construction and operation and maintenance wind power monitoring ③ Prediction of wind power in offshore wind farms | Product parameters General

Wind Lidar Molas B300(offshore) Wind speed accuracy 0.1m/s 1,Product introduction When the radar is placed, there should be no obstacles in the conical area with a vertical angle of 28° above the lidar, so as not to affect the wind measurement effect. 2,Product parameters General parameters Powered by 24V DC / 100~240V Power 70W Size 682mm x 520mm x 641mm Weight

Sampling frequency 1Hz Molas B300(offshore) Wind Lidar 1, Product introduction The working principle of wind measurement lidar is shown in the figure below. The signal light generated by the fiber laser is transmitted into the air to be measured through the optical antenna, and interacts with the aerosol particles in it to generate a backscattered signal containing its velocity information. 2, Product parameters General parameters Powered by 24V DC / 100~240V Power 70W Size

Product Description: One of the standout features of the Doppler Wind Lidar product is its wind speed range, which can measure wind speeds ranging from 0 to 75 meters per second. This makes it an ideal solution for a variety of applications including meteorology, wind energy, aviation, and environmental monitoring. In terms of weight, the Doppler Wind Lidar product is designed to be highly portable and weighs less than 50kg, making it easy to transport and set up in different

Product Description: Using Lidar measurement technology, our Doppler Wind Lidar is capable of accurately measuring wind speeds with an accuracy of 0.1m/s. This is achieved through the use of pulsed laser coherent Doppler technology, which allows for precise and reliable wind speed measurements. With a measurement distance range of 30~300m, our Doppler Wind Lidar is ideal for a wide range of applications, including wind resource assessment, wind farm optimization, and

Product Description: With a power of 60W, this wind Lidar is capable of measuring wind speeds up to 200m/s with a range accuracy of 1%. The compact design of this product weighs less than 50kg, making it easy to transport and install in various locations. Our Doppler Wind Lidar is powered by 24VDC or 220VAC, making it versatile and usable in various locations. It has a wide humidity range of 0% to 100%, ensuring reliable and accurate measurements in different weather

Product Description: The Doppler Wind Lidar is designed for use in onshore wind applications. It uses pulsed laser coherent Doppler technology to accurately measure wind speed and direction. This technology is highly effective at detecting even the slightest changes in wind speed and direction, making it an ideal tool for wind energy companies looking to optimize their performance. One of the key features of the Doppler Wind Lidar is its remote capabilities. Because it is

Product Description: One of the key attributes of this wind lidar is its wide temperature and humidity range. It is capable of operating in temperatures as low as -40℃ and as high as 50℃, making it suitable for use in a variety of environments. Additionally, it can function in humidity levels ranging from 0% to 100%, providing reliable and consistent measurements regardless of the conditions. This wind lidar is powered by either 24VDC or 220VAC, ensuring flexibility in its

Product Description: The Lidar measurement system of this wind lidar is based on the pulsed laser coherent Doppler principle. This technology provides high-resolution measurements of wind speed and direction at various altitudes. With a measurement layer of 12, it can measure wind speed at different heights, making it ideal for various applications such as wind farm management, weather forecasting, and aviation. The Doppler Wind Lidar can measure wind speeds from 0 to 75m/s

Product Description: The Doppler Wind Lidar is a type of lidar that uses light detection and ranging (LIDAR) technology to measure wind speed and direction. This product is based on the Molas lidar technology, which is known for its high accuracy and reliability. The lidar works by emitting a pulsed laser beam into the atmosphere, which then reflects back to the instrument after interacting with atmospheric particles such as dust, water droplets, and air molecules. By

Product Description: Our Wind Lidar is designed to provide reliable and consistent wind measurements in even the most challenging environments, thanks to its advanced technology and robust construction. With a protection class of IP67, this wind lidar is highly resistant to water and dust, making it ideal for use in harsh outdoor conditions. Weighing in at less than 50kg, our Wind Lidar is highly portable and easy to transport, making it perfect for lidar rental or for use in

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