Wind Turbine Lidar

Product Description: The Wind Turbine Lidar is a cutting-edge technology designed specifically for the wind energy industry, providing accurate and reliable data for wind farms. This lidar system is essential for monitoring wind conditions in onshore wind farms, ensuring optimal performance and efficiency. With a wide temperature range of -40°C to 60°C, the Wind Turbine Lidar is built to withstand extreme weather conditions, making it suitable for various environmental

Product Description: The Wind Turbine Lidar is an advanced product designed for accurate and efficient wind speed measurements in the field of renewable energy. This cutting-edge technology utilizes the principles of Turbine Wake Lidar and doppler wind lidar to provide precise data for wind farm optimization and performance analysis. With a range of 50m to 750m, the Wind Turbine Lidar offers exceptional coverage for wind speed measurements, ensuring comprehensive data

Product Description: The Wind Turbine Lidar product offers cutting-edge technology for precise and reliable wind measurement in the field of wind energy. With an IP rating of IP54/65, this product is designed to withstand challenging weather conditions, ensuring accurate and continuous data collection even in harsh environments. Weighing less than 6kg, the Wind Turbine Lidar is lightweight and portable, making it easy to install and move around as needed for various wind

IP66 Rated Wind Turbine Lidar with ±0.5° Accuracy Product Overview The Wind Turbine Lidar is an advanced monitoring solution designed for wind energy applications. This precision instrument delivers accurate wind speed and direction measurements to optimize wind farm performance and turbine efficiency. Key Features High accuracy: ±0.5° wind direction and 0.1m/s wind speed measurement Robust construction: IP66 rated optical head and IP54/65 data unit protection Extreme weather

Product Description: The Optical Head of the Wind Turbine Lidar weighs less than 23kg, making it lightweight and easily deployable in various wind farm settings. Despite its compact size, the Wind Turbine Lidar delivers precise measurements with a wind speed range of -50m/s to 50m/s. With its advanced technology, the Wind Turbine Lidar can accurately detect wind speeds with an impressive accuracy of 0.1m/s. This high level of precision ensures reliable data collection for

Product Description: The Wind Turbine Lidar is an essential piece of equipment for onshore wind farms, providing accurate wind speed measurements to optimize turbine performance. This advanced Turbine Wind Sensor offers precise data with a wind speed accuracy of 0.1m/s, ensuring reliable and efficient operation. The Wind Turbine Lidar is designed with a lightweight Optical Head weighing no more than 23kg, making it easy to install and maintain on wind turbines. This feature

Product Description: The Wind Turbine Lidar is an innovative product designed to provide accurate measurements for wind energy applications. This advanced technology utilizes doppler wind lidar principles combined with light detection and ranging (LiDAR) technology to offer precise data on wind conditions for optimizing wind turbine performance. Key Product Attributes: Frequency: Operating at 4Hz, the Wind Turbine Lidar captures wind data at a high frequency, enabling real

Product Description: The Wind Turbine Lidar product is an essential tool in the field of wind energy, specifically designed to provide accurate wind direction measurements. Utilizing light detection and ranging (Lidar) technology, this Turbine Wind Sensor offers precise data with a remarkable accuracy of ±0.5°. Operating within a wide temperature range of -40°C to 60°C, the Wind Turbine Lidar is built to withstand extreme weather conditions, ensuring reliable performance in

Product Description: The Wind Turbine Lidar features an IP66-rated Optical Head, ensuring protection against dust and water ingress, making it suitable for harsh outdoor environments. With a Measurement Layer of 10, this lidar system is capable of capturing detailed wind data at various heights above ground level. The IP54/65-rated Data Unit of the Wind Turbine Lidar offers robust protection against environmental factors, ensuring the integrity of the data collected. This

Product Description: The Wind Turbine Lidar is an advanced Wind Energy Lidar System designed for precise Lidar measurements in the field of onshore wind energy. With exceptional capabilities and features, this product is a valuable asset for wind energy professionals seeking accurate and reliable data for wind resource assessment and wind farm optimization. One of the key attributes of the Wind Turbine Lidar is its wide Wind Direction Range of -180° to 180°, providing

Clearance monitoring calculates the distance between the blade and the tower 1,Product introduction The clearance radar transmits the ranging data or the calculated clearance value data to the wind turbine master control, and the wind turbine master control takes corresponding actions according to the data, such as adjusting the pitch angle when the clearance value is low, and emergency shutdown when the clearance value is too low. 2,Technical Data Sheet Technical indicators

Power consumption

Laser Multi-Echo Detection High Energy 1,Product introduction MolasCL laser clearance monitoring radar is a kind of lidar that monitors the blade tip clearance distance in real time. 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 Resistance to ambient light 100Klux Optical index Wavelength 905nm Repeat frequency 20KHz

Blade Fiber Load Measuring Instrument Class 1M Laser Products 1,Product introduction The laser light source used by the Molas FD fiber optic sensing system complies with the human eye safety standard in the EN 60825-1 specification. The light beam emitted by the Molas FD fiber optic sensing system is infrared invisible to the naked eye and belongs to the 1M class of laser products. Please do not use optical instruments to directly view it. . Do not pull or bend the optical

low visibility Dedicated filtering algorithm 1,Product introduction Clearance monitoring method: The clearance radar transmits the ranging data or the calculated clearance value data to the wind turbine master control, and the wind turbine master control takes corresponding actions according to the data, such as adjusting the pitch angle when the clearance value is low, and emergency shutdown when the clearance value is too low. 2,Technical Data Sheet Ranging index Ranging

Molas FD IP67 IP20 Maximum working altitude 3000m 1,Product introduction During the installation of the blade fiber optic load measurement system, the following points should be strictly observed: 1) The impeller must be locked before entering the hub. For other requirements, please refer to the relevant safety regulations; 2) The fiber optic cable is relatively fragile, it needs to be pulled carefully, and it is strictly forbidden to bend it, which will cause the fiber

Storage temperature -40～80℃ Molas FD 1,Product introduction The optical fiber demodulator is installed in the control cabinet, communicates with the equipment through the CAN line, and supplies power to the equipment through the power line; the junction box is installed at the blade root baffle of the blade; the load sensor is installed at the blade root of the blade. The optical fiber demodulator and the junction box are connected through the optical fiber bus, and the

Electromagnetic Compatibility GB/T 17626.2-2018, GB-T17626.6-2017 1,System function description The calibration process uses a special calibration tool to cooperate with the ground target, which is combined with the attitude adjustment of the radar in the cabin. The installation operation of the radar is carried out during the calibration process. 2,Technical Data Sheet Ranging index Ranging method 1ToF Detection distance 200m@90% reflectivity/ 140m@10% reflectivity Range

Multi-beam correlation detection (fan master control implementation) 1,Product introduction Working principle - leaf detection: the optical pulse frequency is 20kHz, which ensures that multiple pulses can detect the leaves at the same time. 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 Resistance to ambient light

2 kg (host weight) ≤10kg (weight of the host and cable depending on the length of the cable) 1,System function description After the calibration is completed, the supporting MolasCL monitoring and calibration software provides information on whether the calibration is accurate, as well as information such as the beam inclination required by the main control for clearance calculation. 2,Technical Data Sheet Ranging index Ranging method 1ToF Detection distance 200m@90%