Electrical erosion is a common cause of bearing failure – something that can lead to complications for wind farm operators, such as downtime or reduced productivity. However, there is a cost-effective solution to this. SKF collaborated with a wind turbine generator manufacturer to resolve the issue.

In order for a wind turbine bearing to be as effective and durable as possible, it must be tested thoroughly. This is not always an easy task, with few facilities having the capabilities to put large-size bearings through their paces. SKF recently built and opened the world’s most powerful test center for this purpose.

SKF helps the wind industry produce more energy. In this episode of SKF BeyondZero TV, racecar driver Jeff Burton visits a wind farm and a turbine manufacturer to see SKF solutions in action.

China is experiencing a wind energy boom. In 2016, the country added 23 GW to its installed wind power capacity, reaching a total of 168 GW. This solidifies its position as the global leader in wind energy. However, when it comes to servicing the nation’s tens of thousands of wind turbines, maintenance companies face considerable challenges.

Constructing a wind turbine is a complex procedure, with many safety standards and levels of certification that must be met. Before a product can be released onto the market, it must go through numerous stages of testing and development. This article explains the processes a new piece of machinery must go through and why this is important.