Reducing the average cost of electricity remains a major challenge for the wind power industry, and HGF's highly reliable and cost-effective bearing housing plays an important role in achieving this goal. The rotor shaft bearing bracket is crucial in wind turbines, as it is responsible for all forces caused by wind. Rolling bearings must withstand high dynamic loads and operating conditions, and HGF collaborates with customers to provide effective bearing support for each situation. Increasing megawatt ratings requires larger and higher capacity gearboxes, and the operating conditions of rolling bearings in wind turbine gearboxes cannot be compared to industrial gearboxes. The generator in wind turbines is subjected to high vibration loads, which can have a negative impact on the retaining frame and cause strain on the lubricant. Our experts work closely with wind turbine developers, manufacturers, and operators. Advanced computing and simulation programs ensure optimized design of bearings for wind energy applications. From individual rolling bearings and their components, adjacent structures to the entire power transmission system, the entire system has been considered and displayed and optimized using an internally developed multi-body simulation program. With the high quality standards of our products and processes, we ensure excellent quality and reliability worldwide, and provide the wind power industry with the quality standards we have successfully established in the automotive and aerospace industries. We work closely with customers and suppliers throughout the entire process chain to ensure that our high standards are met.