Coherent Lidar for Wind Measurements - Energy - Energy Management
Applications in 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.
Overview Applications and Industries
Leice developed a wide range of Coherent Lidars for wind measurement system. The systems operates with an eye-safe single-frequency pulsed fiber laser source. The special signal processing and control chip for Lidar is compliant with the core autonomous technology of China's satellite lidar. The systems are of mini-size, high integration and low cost. By cooperation with scientific research institutes, Leice’s Coherent Lidar is of world's level design and testing capabilities, including but not limited to nonlinear optical effect control technology of high power laser, high spectral purity and extremely low RIN noise. As the Chinese first ocean remote sensing team with over 20yrs experience, Leice is also capable of providing core inversion algorithm and user-friendly software for different applications is various industries. The systems can be customer-tailored with scientific inversion algorithms for complex scenarios of vehicle-mounted, airborne, ship-borne, and space-borne.
Coherent Doppler Lidar (CDL) has proven to be a powerful tool for remote sensing of the atmosphere, and has been widely adopted in applications such as measuring atmospheric wind velocity, turbulence, aerosol concentration, cloud height and velocity, and detection of atmospheric constituents and pollutants. The systems are widely applied in such areas as smart wind power, aviation meteorology, environmental monitoring and civil defense.