Solutions for wind energy
Solutions for wind energy
Liebherr offers premium solutions for wind turbines
As a leading manufacturer of comprehensive, innovative products and technologies for wide-ranging requirements, Liebherr is helping to shape the future of the wind energy industry. High-performance cranes and material handling machines can be seen in use in the construction of wind turbines, both on land and on the open seas. Our specially developed components for wind turbines are extremely reliable and durable, even in extreme conditions, making them suitable for the high quality standards required in the wind energy sector. With high-quality geared parts and the production of quality concrete for tower segments, Liebherr has the fields of gear technology and concrete technology covered.
With Liebherr at your side, you can rely on a strong partner whose decades of experience and technological expertise are helping to make wind turbines more efficient and longer lasting. Together, we can propel the wind energy industry and the future of renewable energies forward.
Our areas of expertise in the wind energy sector
Maritime cranes
In the maritime sector, Liebherr offers the right solution for a wide range of requirements of the wind power industry. Whether loading wind turbine components in the port, transporting them or even erecting wind turbines at sea, only the most powerful players from our maritime product range of ship cranes, mobile harbour cranes and offshore cranes are up to the task.
Concrete technology
Towers made from concrete segments constitute the very foundation of wind turbines. The high-performance mixing plants in the Betomat and Betomix series from Liebherr are used to manufacture concrete used in these sophisticated segments. Thanks to precise process controls and moisture-measuring systems, the concrete is perfectly matched to the strict quality requirements.
Gear technology
In wind power, components are required to satisfy extremely strict quality standards. Liebherr gear cutting machines make an essential contribution to this, since they ensure the best possible production quality of all toothed parts, for example the slewing bearing for rotor blade and yaw adjustment. The manufacturing technologies include gear hobbing, gear shaping and skiving, as well as generating grinding and profile grinding.
Contact
Please contact us if you want to know more about our solutions or ask any questions. A contact person will be in touch soon to help with your enquiry.
Questions and answers regarding wind energy at Liebherr
Liebherr has many decades of experience in the wind energy sector and has made its name as a leading provider of high-quality components. The company is applying its extensive technical expertise and its innovative strength to increase the efficiency and reliability of wind power plants around the world.
Liebherr continually invests in research and development to produce innovative solutions for the wind energy industry. Thanks to close collaboration with partners, customers and research bodies, the company is continuously working to enhance and improve its products. The objective is to increase the efficiency, reliability and sustainability of wind turbines and, in turn, play an active part in the energy transition.
The components from Liebherr are designed to maximise the service life and efficiency of wind turbines, making sustainable energy generation even more sustainable. By using long-lasting and reliable components, maintenance costs are lowered and the environmental impact is minimised. The components come with a comprehensive range of services too: quick component replacement, reconditioning of damaged or old products, and developing components that tackle signs of damage out in the field – thereby extending the lifetime of the wind turbine.
Liebherr offers extensive support with the implementation of its components into wind turbines, providing technical advice, customised solutions, replacement components and more. The company works closely with its customers to make sure that the components are integrated into the turbines as effectively as possible.
