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- Leice - Lidar for Wind Turbines
Leice - Lidar for Wind Turbines
The Lidar for Wind Turbines are an advanced wind radar technology that can monitor wind speed and direction in real time and provide accurate data for wind energy generation. Secondly, using our products, changes in wind speed and direction can be monitored in real time and alerts can be issued in a timely manner. Finally, this product can also monitor the wear degree of wind turbine blades, so that the blades can be repaired or replaced early to ensure that the equipment is in optimal working condition. The wind turbines become predictive and controllable thanks to the smart wind lidars. The vertical wind lidar can be used for wind resource assessment. Nacelle wind lidar can be adopted for power curve prediction and analysis.
High-precision measurement capabilities
The Lidar for Wind Turbines can monitor wind speed and direction in real time and track changes in wind energy to make fine adjustments and control of turbine performance.
24/7 monitoring
We use laser technology to monitor wind energy in any weather conditions, even in severe weather (such as clouds, fog, rain, snow) and can measure it in real time.
Remote monitoring
Our laser beams can cover long distances and measure at turbine height. This means that monitoring data can be uploaded to the monitoring center via the Internet and other remote communication methods over a long period of time for data analysis and prediction to achieve remote control and operation management of the turbine.
Low cost and easy to install
Our products` sensors, fiber optics, instrumentation and software are inexpensive and can be quickly installed on top of turbine towers or projections. This makes us one of the economical and feasible easy technologies to install and operate on turbines.
The onshore vertical Lidars and offshore floating lidar systems, 3D scanning Lidars and nacelle Lidars have got verification by WindGuard, DNV_GL, SGS and other international authorities, proved to be the world-class equipment. The data accuracy reaches the wind cup class level, compliant with IEC61400-12-1 standards. The performance indicators of nacelle lidar is compliant with IEC 61400-50-3 standard. The laser source of 1550nm wavelength is a Class 1M laser product which meets the eye-safety EN 60825-1 standards. The Lidars are also CE marked, ready for shipment to European market, Asian market and Middle East as well.
Onshore and Offshore Wind Energy
- Accurate Wind Resource Assessment
- Power Performance Verification
- Bankable Data to Reduce Fund Risk
- Power Curve Assessment and Prediction
- Turbine Efficiency Evaluation
- Turbine Wake Detection
- Wind Farm Control and Optimization
- Wind Shear Monitoring and Load Shedding
- Site Selection and Feasibility Study
- Offshore Virtual Met Tower