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While the wind power industry is making great strides forward, the post-maintenance inspection work should not be underestimated. Efficient and reasonable maintenance can greatly extend the operating life of the generator set. The newly-built wind turbine blades are in operation for about 5 years, and the outer protective rubber coat will be sanded and broken to the surface, and the blade joints are also clearly visible. In addition, the inner joint surface of the blade which is bent and twisted is unevenly pressed, and the inner joint joint of the blade is naturally cracked. In particular, the blade's windward surface ridge is the most severely damaged part of the blade, and the natural cracking rate is the highest. Therefore, the inspection and inspection at the end of the wind field are indispensable.
In the operation and maintenance of wind power, how to find faults through new technologies and solve them in time, improving the overall life of the power station is an important issue that the wind power industry needs to solve. The use of drones for blade inspection in wind power plants is not new. The test found that general drones are at least three times faster than traditional tests, and the cost savings are nearly 50%, and we proudly bring a new model - "Thousand Wings" , as well as the solution WPPS. 
The "thousands" in the "Thousand Wings" refers to the top positioning navigation system in China--the Chihiro location; and the "wing" is naturally the Nanjing Aoyi flight control intelligence. WPPS combines the proud new generation S0 flight control RTK differential system with Chihiro service and AYDRONE wind power detection ground station software and image automatic processing analysis method, using unmanned sensors equipped with advanced sensors and HD 30x zoom camera The machine collects test data to detect damage that is difficult or impossible for human eyes to observe. 
The proud wing WPPS system helps the wind power industry solve the pain points:
1, the new industry application models equipped with the new S0 flight control, better hardware combined with algorithms to improve flight stability
2, equipped with advanced RTK system, dual antenna direction finding to solve the problem of heading interference, improve the accuracy of fixed-point flight
3. Use the Chihiro positioning service to solve the problem of determining the origin of the base station, save the flight path plan, and improve the efficiency for repeated inspections.
4, equipped with a 30x zoom high-resolution visible light camera, through the ground station back to the image processing for automatic zoom, to ensure that the inspection area is not missing
5, more advanced ground station software combined with 3D modeling, build a model for each wind power equipment, local and server interaction, form a long-term tracking test report
6. Simpler operation method, set the standard parameters of wind power equipment, select the tip point of the fan blade and the center point of the wind wheel, the system will automatically generate the remaining waypoint and flight path.
7. Through the simple processing of the ground station, the photographs will be combined with the 3D model to mark and form a three-dimensional picture management library, which is convenient for later analysis and research.
From the axis to the tip, from the ground to the sky, from the inland to the sea, the proud wing industry application is supporting customized equipment for the wind power industry, providing technical solutions for each wind power enterprise, planning a patrol route for each wind turbine, no Automatic inspection of man-machines to create a new chapter with more precision, timeliness and safety! 
As a clean and renewable energy source, wind energy is receiving more and more attention from all countries in the world. China's wind energy resources are abundant, and the wind energy reserves that can be developed and utilized are about 1 billion kW. At the request of the National Energy Administration, we will further improve the development and construction of wind power and accelerate the development of wind power.