The wind power industry is facing enormous pressure to improve the design, performance, and reliability of wind turbines while reducing maintenance costs and saving costs per megawatt hour. Wind turbine operators must ensure that their equipment stays in operation for as long as possible. Due to frequent operation in harsh conditions, offshore, cold or remote areas, the performance and reliability of wind turbines are challenged. At the same time, they also face high maintenance costs and long delivery times for replacement parts, which can affect their competitive advantage in power generation. Therefore, adopting reliable components and adopting intelligent processes is crucial.

Special bearings for wind turbines require high reliability. This is because the design premise of this type of bearing is to ensure that the windmill operates for 20 years, and in the event of a malfunction, the components are not easily replaceable. Therefore, bearing manufacturers require a high degree of computer analysis technology, as well as exquisite skills in materials and heat treatment. Sometimes, it is also necessary to master the testing and evaluation technology of large bearing objects. The spindle configuration of wind turbines is part of gear transmission, semi direct drive or direct drive design. Regardless of the configuration used, it must be able to withstand axial and radial loads and operate under constantly changing harsh conditions. We provide suitable products for various types of configurations and turbine design.

Any measure that can reduce maintenance can increase return on investment while reducing the average cost of energy. We have been working with leading original equipment manufacturers for many years to optimize the performance of wind turbines, improve equipment reliability and power generation. We design and develop bearings, seals, condition monitoring systems, and lubrication systems, which help achieve more cost-effective wind power generation and reduce lubricant consumption.