Product Description:
The Molas NL series is a nacelle wind lidar that has been independently developed to meet the intelligent application needs of wind power customers. This advanced laser remote sensing wind measurement device is installed atop the wind turbine nacelle, allowing it to capture crucial wind data effectively.
Utilizing a coherent detection system, the lidar operates on the principle of laser Doppler frequency shift to achieve precise measurements. It is capable of accurately measuring the vector wind field at distances ranging from 50 meters up to 750 meters in front of the wind turbine rotor, with different models covering ranges such as 50m-200m, 400m, 500m, and 70m-750m.
The Molas NL nacelle wind lidar system continuously measures and records wind field information within these specified ranges ahead of the wind turbines. This data is integrated with the turbine’s main control system to enable feedforward control, which helps optimize load management and enhance power generation efficiency.
Additionally, the system supports a variety of automated operational scenarios, including yaw correction, power curve testing, wake analysis, and intelligent field group control. These capabilities make the Molas NL an essential tool for improving the performance and reliability of wind power installations.
Features:
Blade Load Analysis
Blade load analysis involves examining the forces and stresses acting upon wind turbine blades during operation. This process is essential for ensuring structural integrity and optimizing blade design to enhance performance and durability.
Power Curve Test
The power curve test is conducted to evaluate the relationship between wind speed and the power output of a wind turbine. Through this assessment, operators can verify turbine efficiency and identify potential performance issues under various wind conditions.
Wake Analysis
Wake analysis focuses on understanding the airflow disturbances created by upstream turbines that affect downstream units. By studying wake effects, it is possible to optimize turbine placement and increase overall farm efficiency.
Yaw Correction
Yaw correction refers to the adjustment of the turbine’s orientation relative to wind direction. Proper yaw alignment maximizes energy capture and reduces mechanical stress, thereby improving turbine longevity and performance.
Intelligent Farm Group Control
Intelligent farm group control integrates advanced algorithms to coordinate multiple turbines within a wind farm. This approach enhances power output, balances loads, and optimizes resource usage across the entire farm.
Applications:
The MOVELASER Nacelle Wind Lidar System is a cutting-edge Air Current Measurement Laser Apparatus designed to deliver precise and reliable wind data in a variety of applications. Certified by DNV GL, this advanced Breeze Tracking Laser Kit is ideal for wind energy companies seeking accurate wind resource assessment, turbine performance optimization, and site suitability analysis. Its capability to operate at working altitudes up to 3500 meters makes it well-suited for mountainous or offshore wind farms, where environmental conditions can be challenging and accurate wind profiling is essential.
Equipped with multiple measurement modes—including Pulsed, Continuous Wave, and Dual-Doppler—the MOVELASER Wind Lidar System provides comprehensive wind data by analyzing up to 10 measurement layers simultaneously. This Gale Computing Laser System enables detailed monitoring of wind speed, direction, and turbulence, which are critical for improving turbine control strategies and enhancing energy production efficiency. The system’s low power consumption of 50 W ensures sustainable operation with minimal energy use, supporting long-term deployment in remote locations.
Thanks to its compact design and robust packaging in an Air Box, the MOVELASER Nacelle Wind Lidar is easy to transport and install, making it suitable for rapid deployment in both onshore and offshore wind farm projects. The system’s flexibility extends to its payment terms, offering L/C, D/A, D/P, and T/T options, and a supply ability of 200 sets per month ensures prompt delivery within 1-2 months after order placement. With a minimum order quantity of just 1 set, customers can conveniently procure this state-of-the-art wind measurement solution tailored to their specific project requirements.
In addition to wind energy, the MOVELASER Wind Lidar System’s Air Current Measurement Laser Apparatus capabilities make it valuable for meteorological research, environmental monitoring, and aviation safety. Its precision and reliability provide stakeholders with critical data for weather forecasting, climate studies, and flight path optimization. Overall, the MOVELASER Nacelle Wind Lidar System stands out as a versatile, high-performance Breeze Tracking Laser Kit and Gale Computing Laser System that meets the demands of modern wind measurement and analysis.
Support and Services:
Our Wind Lidar System is supported by a dedicated technical support team committed to ensuring optimal performance and reliability. We offer comprehensive services including installation assistance, calibration, routine maintenance, and troubleshooting. Our experts provide detailed guidance on system setup and operation to help you maximize data accuracy and system uptime.
In addition to technical support, we offer training programs designed to equip your team with the necessary knowledge to operate and maintain the Wind Lidar System efficiently. Customized service plans are available to fit your specific operational needs, including software updates and hardware upgrades to keep your system at the forefront of technology.
For any technical inquiries or service requests, our support team is ready to assist you with prompt and professional solutions, ensuring your Wind Lidar System continues to deliver precise and reliable wind measurements under all conditions.
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