Dalian Tracy Slewing Bearing Manufacturing Co., Ltd products

The wind power yaw ring is a critical component in wind turbine systems, designed to ensure turbine blades face the optimal direction for energy capture. This component features a large gear ring situated at the peak of the wind turbine tower, seamlessly interfacing with the turbine's main shaft. Equipped with advanced control systems and sensors, the yaw ring autonomously adjusts to wind direction changes, thereby maximizing energy capture efficiency. It is engineered to maintain stable operation across varying wind speeds and directions. The use of robust materials like 42CrMo4 and 42CrMo ensures durability, with dimensions ranging from 600 to 8000 mm in diameter, 52 to 950 mm in wall thickness, and 70 to 2500 mm in height, weighing between 0.7 and 50 tons. By optimizing turbine positioning, the yaw ring enhances power generation efficiency while reducing mechanical wear and extending equipment lifespan.

The wind power flange refers to a key component used to connect the wind turbine tower to the main shaft of the turbine. It is usually located at the top of the turbine's main shaft, connecting the main shaft and the generator tower, serving a supporting and connecting role. The wind power flange must possess strong load-bearing capacity and resistance to wind loads, as it plays an important structural role within the wind power generation system.

Small wind turbine mechanical components are key parts of small wind power systems, mainly including turbine blades, generators, rotors, bearings, towers, etc. These components work together to convert wind energy into electrical energy, suitable for small-scale or distributed wind power systems.