Wind power generation equipment is characterized by high overall value, harsh operating environments, and long service life. Yaw drive systems typically use an electric motor as the main drive unit and are equipped with an electromagnetic brake as a key safety component. With the continuous advancement of wind power technology, the power output of individual wind turbines is constantly increasing, and they need to adapt to various complex environments such as high altitudes and offshore locations, placing higher demands on the performance of yaw brakes.
Furthermore, with the increasing scarcity of high-quality wind farm resources, more and more wind farms are facing frequent changes in wind direction, leading to more frequent start-ups and shutdowns of yaw systems, which poses a severe test to the durability and reliability of the brakes. Especially in systems employing sliding yaw systems, the wear resistance of the brake friction pairs becomes a key factor affecting the system's lifespan.
To address these challenges, REACH, leveraging years of technological accumulation and engineering practice, has developed the REB23 electromagnetic brakes specifically designed for wind power yaw. This series of products features stable torque output, strong environmental adaptability, and excellent wear resistance. Key components utilize special designs and materials.
With its reliability and long service life, the REB23 series brakes have become an ideal braking solution to adapt to the trend of larger wind turbine units and more diverse environments, and have been widely recognized and used in batches by major wind turbine manufacturers in China.
