Schaeffler is a market leader and strategic development partner in the wind technology industry, leveraging closed loop engineering to play a key role that goes far beyond the provision of bearing solutions for on and offshore wind.
Optimised bearing design is fundamental to maximising wind turbine reliability and cost-effectiveness in operation. Hence, Schaeffler’s closed loop engineering approach starts with state-of-the-art calculation and simulation programs. Bernd Endres, Vice President Regional Business Unit Wind at Schaeffler, explains: “This approach enables us to play a decisive role in further developing wind turbines and making them more cost-effective and efficient. As the term ‘closed loop’ suggests, the insights gained through simulation, testing and measurement are fed back into the product development process.”
Within the closed loop approach, Schaeffler subjects its wind turbine bearing systems to comprehensive testing, to ensure reliability. Since as long ago as 2011, it has been using its “Astraios” test bench for large-size bearings to gain important insights into the loads and moments affecting wind turbine drive trains. This facility enables the company to rapidly test and validate newly developed products under realistic conditions.
To further discuss the closed loop engineering approach in Wind Energy, Schaeffler will be exhibiting at WindEnergy 2024 in Hamburg, form September 24-27. Or, if you’re not able to make the event, learn more on the topic here: schaeffler.co.uk
