The wind measurement scheme shall be customized according to the wind measurement purpose, wind field range, terrain and other conditions. Help users reduce the investment cost and construction cycle of wind measurement, and improve the accuracy of wind resource assessment.
For the built and to be built wind farms, the quality and efficiency improvement scheme based on cabin wind lidar is provided. Directly measure the air flow in front of the fan impeller to help the unit accurately yaw, reduce wake, reduce load, prolong the service life of the unit and improve the income of the wind farm.
With the continuous upgrading and lengthening of fan blades, the blade vibration problem is prominent. Provide fan blade monitoring scheme for blade clearance distance monitoring and blade load monitoring, optimize fan design income and improve blade safety factor of wind turbine .
It comes from the wind field, not just the wind measurement design of the wind field. It can realize the hemispherical measurement range with a radius of 10km, diversified scanning modes and accurately measure the air flow in the target area.
There are 225 molas NL laser products equipped as standard in the whole field, with an average continuous operation of more than 20000 hours, and the yaw correction benefit is increased by about 120000 / set / year. Qinghai project has been put into operation for more than 3 years, with a long operation time and a large number of units. On the one hand, there are good conclusions in improving power generation and load reduction, on the other hand, it also reflects the stability and reliability of the product. Lidar has developed from the earliest laboratory products to industrial products, with controllable cost, batch manufacturing and stable and reliable products.
110 + B300 radars have been applied to 70 + wind resource assessment projects, mainly including Yizheng project, Qingdao intelligent micro network project, Sichuan Liangshan Xide County project, Dezhou project, Shanxi Yuncheng Ruicheng project, Anhui Zongyang project, Guizhou project, Fujian Huian Quanhui wind farm project, Inner Mongolia Bayannur project, Ningxia Zhongning wind measurement service project, Jiangxi Runtian Dingnan Kui Meishan project Jiangxi yuduma'an wind farm project, Guangdong Qingyuan leigongyan wind farm radar equipment wind measurement service project, Zhejiang Zhoushan project, Jiangxi Panyang project, Hebei Zhangbei Manjing wind farm project, etc .
Compared with the traditional wind measuring tower, the wind measuring lidar has high measurement accuracy, large measuring range, small equipment volume and easy construction. It only needs to be placed in the booster station without additional engineering construction, which can save complex land acquisition procedures and construction cycle. Application project of lidar on the roof of a wind farm booster station in Yancheng.
Feedforward control application project
In 2018, the standard Lidar benchmarking project for all wind turbines -- Qinghai Yellow River Republic Household Appliances Investment Wind Power Project
There are 225 molas NL laser products equipped as standard in the whole field, with an average continuous operation of more than 20000 hours, and the yaw correction benefit is increased by about 120000 / set / year. Qinghai project has been put into operation for more than 3 years, with a long operation time and a large number of units. On the one hand, there are good conclusions in improving power generation and load reduction, on the other hand, it also reflects the stability and reliability of the product. Lidar has developed from the earliest laboratory products to industrial products, with controllable cost, batch manufacturing and stable and reliable products .
Wind resource assessment application project
110 + B300 radars have been applied to 70 + wind resource assessment projects, mainly including Yizheng project, Qingdao intelligent micro network project, Sichuan Liangshan Xide County project, Dezhou project, Shanxi Yuncheng Ruicheng project, Anhui Zongyang project, Guizhou project, Fujian Huian Quanhui wind farm project, Inner Mongolia Bayannur project, Ningxia Zhongning wind measurement service project, Jiangxi Runtian Dingnan Kui Meishan project Jiangxi yuduma'an wind farm project, Guangdong Qingyuan leigongyan wind farm radar equipment wind measurement service project, Zhejiang Zhoushan project, Jiangxi Panyang project, Hebei Zhangbei Manjing wind farm project, etc .
Power prediction application project
Compared with the traditional wind measuring tower, the wind measuring lidar has high measurement accuracy, large measuring range, small equipment volume and easy construction. It only needs to be placed in the booster station without additional engineering construction, which can save complex land acquisition procedures and construction cycle. Application project of lidar on the roof of a wind farm booster station in Yancheng .
UP
Media Liaison
Video Center
Image Download
Download
