Wind Measurement Lidar

Affordable Eco Friendly Lidar Wind Measurement For Energy Production Key Specifications Attribute Value Weight ≤100kg Sight Wind Speed Accuracy 0.1m/s Backup Storage 2TB Size 756mm × 735mm × 1000mm Storage Temperature -40°C to +70°C Distance Layers Up To 300 Maximum Acquisition Distance 15km Pointing Accuracy ±0.005° Product Overview The Wind Measurement Lidar is a cutting-edge solution designed to provide accurate and reliable wind data for various applications. This

Corrosion protection class ISO 9223:2012 C4 Wind Lidar 1,Product introduction The wind shear detection application of 3D wind LiDAR system is applied to Hong Kong International Airport for the first time. The terrain conditions of Hong Kong International Airport are complex. 70% of the wind shear is caused by the terrain. On average, one flight out of 500 flights reported encountering obvious wind shear. After the application of lidar, combined with the aircraft glide path

Wind Measurement Lidar MolasCLH Wind lidar 1550nm high-energy laser beam 1,Product introduction The MolasCLH launched by Mulei Laser is a new type of high-energy clearance radar that is different from MolasCL. It uses a 1550nm high-energy laser beam and has strong fog penetration characteristics. 2,Technical Data Sheet Technical indicators Ranging range 10m-300m Distance resolution ≤0.1m Direct ranging accurac ±0.1m Anti-ambient light 100K LUX Wavelength 1550nm Laser safety

Wind Measurement Lidar Molas CL IP65 Silver Prevent tower sweeping 1,Product introduction Significance of clearance monitoring: Fan operation faces the risk of tower sweeping, and headroom monitoring is mainly used to reduce or eliminate the possibility of tower sweeping In order to reduce costs and improve energy efficiency, fan blades are getting longer and softer Some fan sites have complex geographical environment, complex wind conditions, and frequent turbulence.

Wind Lidar Storage humidity 5%~100% RH without condensation 1,Product introduction The application method and main points of Molas 3D in fan wake measurement: c) Visualization of the fan wake, and measurement of the dynamic change of the wake d) PPI method, measure the horizontal direction fan wake in a wide range e) RHI method, measure wake slices 2,Performance parameters Basic parameters Line-of-sight detection distance 10km (typical case) Distance resolution 30m/45m/60m

Filtering out interference, high repetition rate laser pulses, effective detection range of 300 meters | Product introduction The clearance of the wind turbine tower is the closest distance between the blade tip of the unit and the tower wall at the height of the blade tip. With the development of wind turbine technology and the improvement of energy efficiency requirements, wind turbine blades are becoming longer and more flexible. At the same time, due to the complex

Molas CL Resistance to ambient light 100Klux Wind Lidar 1,Product introduction The processor, the processing algorithm in the processor filters out the interference of strong light and the interference of rain, snow, sand and dust, and performs leaf data identification and visibility discrimination, and then transmits the blade measurement data to the data interface, and the data interface is based on the communication. 2,Technical Data Sheet Ranging index Ranging method 1ToF

Range resolution ≤0.1m Offshore Wind Lidar 1,Product introduction The application of headroom radar on existing units can prevent tower sweeping, lift the power limit of dangerous units and increase power generation. The application of headroom radar on future units can reduce blade costs and reduce unit design pressure. 2,Technical Data Sheet Ranging index Ranging method 1ToF Detection distance 200m@90% reflectivity/ 140m@10% reflectivity Range resolution ≤0.1m Measurement

Laser Clearance Monitoring LIdar Ranging method 1ToF 1, Product introduction When the monitored blade clearance value is close to the specified minimum clearance value, the main control of the fan unit can immediately take protective measures, such as deceleration, propeller retraction, etc. 2, Technical Data Sheet Ranging index Ranging method 1ToF Detection distance 200m@90% reflectivity/ 140m@10% reflectivity Range resolution ≤0.1m Measurement accuracy ±0.2m Repeated

Molas CL 20kHz 20KHz per channel Prevent tower sweep Class 1 1,System function description MolasCL uses dToF (direct time-of-flight) ranging method to achieve laser ranging, that is, it emits ultra-short laser pulses. The laser pulse of each optical channel of MolasCL has a high repetition frequency of 20kHz, so there are 20,000 ranging data per second, and three optical channels can generate 60,000 ranging data per second. The processor, the processing algorithm in the

Luminous flux 2 2.05°±0.2° 1, Product introduction The ranging data is transmitted to the real-time processor of the main control, and the processing algorithm in the processor filters out the interference of strong light, rain, snow, sand and fog, and performs leaf data recognition and visibility discrimination, and then the measurement data of the leaves It is transmitted to the data interface, and the data interface sends the data to the fan master control through the

Luminous flux 1 0° Wind Lidar Molas CL 1,Product introduction The laser pulse of each optical channel of MolasCL has a high repetition frequency of 20kHz, so there are 20,000 ranging data per second, and three optical channels can generate 60,000 ranging data per second. 2,Technical Data Sheet Ranging index Ranging method 1ToF Detection distance 200m@90% reflectivity/ 140m@10% reflectivity Range resolution ≤0.1m Measurement accuracy ±0.2m Repeated measurement accuracy ±0.2m

Working acceleration range -0.5g ～ 0.5g Wind Lidar 1,Product introduction MolasCL uses dToF (direct time-of-flight) ranging method to achieve laser ranging, that is, it emits ultra-short laser pulses. After the pulsed light is sent out, it encounters objects and generates backscattered light. (TDC, time conversion chip) The direct time interval between the emitted laser pulse and the received light pulse can be obtained. Since the speed of light in space is constant, the

Working humidity range 0%~100% RH 1,Product introduction In order to meet the special needs of wind turbine tower clearance monitoring and improve the practicability, data reliability and environmental adaptability in this specific application field, MolasCL is equipped with three-beam ranging and a set of special algorithms, including strong light (sunlight) interference filtering. Functions such as dust removal, rain, snow and dust interference filtering, mass fog

Wind Lidar Survival temperature range -45℃~+65℃ Molas CL 1,Product introduction The application of headroom radar on existing units can prevent tower sweeping, lift the power limit of dangerous units and increase power generation. The application of headroom radar on future units can reduce blade costs and reduce unit design pressure. 2,Technical Data Sheet Ranging index Ranging method 1ToF Detection distance 200m@90% reflectivity/ 140m@10% reflectivity Range resolution ≤0.1m

Wind Lidar Range of working temperature -40℃~+60℃ 1,Product introduction MolasCL laser clearance monitoring radar is a kind of lidar that monitors the blade tip clearance distance in real time. When the monitored blade clearance value is close to the specified minimum clearance value, the main control of the fan unit can immediately take protective measures, such as deceleration, propeller retraction, etc. 2,Technical Data Sheet Ranging index Ranging method 1ToF Detection

MOVELASER Wind Lidar Laser safety level Class 1 1,Product introduction The wind turbine tower clearance is the closest distance between the blade tip of the unit blade and the tower wall at the height of the blade tip. With the development of fan technology and the improvement of energy efficiency requirements, fan blades are getting longer and softer. At the same time, due to the complex geographical environment of the fan site, complex wind conditions or complex meteorologi

Within 400W at normal temperature, within 1kW at extreme temperature Wind Lidar 1,Product introduction Traditional detection methods for wind shear, such as low-level wind shear early warning systems based on surface anemometers, Doppler weather radar terminals, wind profilers based on atmospheric turbulence, etc. There are certain limitations or defects in the adaptability of the surrounding weather and climate environment. Most of the terrain-induced wind shear accidents

Transportation vibration IEC60068-2-27:2008 Random vibration Wind Lidar 1,Product introduction Air quality testing field 1. Real-time 3D information of plume diffusion to track emission sources 2. Optimizing dust emission control in the mining industry 2,Performance parameters Basic parameters Line-of-sight detection distance 10km (typical case) Distance resolution 30m/45m/60m/75m optional Accumulation time 0.5s/1s/2s/4s/8s optional Radial wind speed measurement range -75~+75

Lightning strike protection LPZ0B minefield, Class-I Wind Lidar 1,Product introduction meteorological field 1. Provide wind field information to facilitate understanding of the state of the boundary layer stroke 2. Provide accurate wind profile information with high temporal and spatial accuracy within a few kilometers of the near surface, filling the gap of low-altitude observation 2,Performance parameters Basic parameters Line-of-sight detection distance 10km (typical case)