Radar for Real time Monitoring Blade Tip Clearance Molas CL lidar rental

| Product introduction

In order to meet the special needs of fan 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, rain, snow and sand dust interference filtering cluster fog interference recognition and dense fog recognition

| Application scenarios

The application of clearance radar on the stock units can prevent tower sweeping, remove the power limit of dangerous units and thus improve the power generation. The application of clearance radar on future units can reduce the blade cost and reduce the design pressure of units.

| Product parameters

| Product Features

Through the calibration process, the radar laser beam forms an inclination towards the impeller surface, so that the laser beam is located at the clearance point to be monitored at the lowest position of the impeller (at the blade tip height). When the blade runs, bends towards the tower side, and touches the beam, the radar can measure the radial distance between the blade and it, and the clearance value can be calculated through a certain inversion algorithm.

| Product Image

MOVELASER

Nanjing Movelaser Co., Ltd., established in 2015, is a leading innovator in the development and application of coherent wind LiDAR systems. We have introduced a range of dynamic wind LiDAR products, including ground-based, nacelle-mounted, and 3D scanning systems. Our products have achieved CE and ETL certifications, and their performance parameters have been validated by renowned wind energy assessment organizations such as DNV-GL, Windguard, DTU Risø , and the China Meteorological Administration. We have actively participated in international IEC and domestic wind industry standard-setting initiatives.

With a team of over 300 employees, including more than 100 technical professionals, we have obtained more than 100 core intellectual property rights and achieved breakthroughs in key technologies such as high-energy all-fiber single-frequency lasers, micro-nano weak signal detection, high-speed data processing and accurate inversion algorithms, and robust system control. We possess end-to-end capabilities for complex optoelectronic system development, including research, engineering, manufacturing, and testing.

Our achievements have been recognized through various honors and qualifications, including being designated as a national high-tech enterprise, a national specialized and new "Little Giant" enterprise, a national intellectual property advantageous enterprise, a potential unicorn enterprise in the southern Jiangsu region, a demonstration enterprise for transformin.