Tag “bearing-failure”

Sometimes a deal can seem too good to be true. When it comes to bearings this is often the case. Unfortunately, there are many counterfeit bearings on the market. It may not be an issue that consumers are aware of or give much consideration. However, the consequences of purchasing fakes can be disastrous. But what are the dangers?

Wind turbine functionality is highly reliant on fully operational bearings. However, these components undergo significant strain and deteriorate. Fully understanding failure modes in turbine bearings can be a challenge. But there are ways to reduce the likelihood of breakdowns.

When managing spare parts stock, companies face a significant challenge: maintenance requirements vs. financial resources. This can be a difficult task as mismanagement of either can have serious consequences. So what can operators do to ensure they have this under control?

Maintaining wind turbine reliability is one of the main challenges facing the industry. Without correct lubrication for key components, there is always the risk that operation could grind to a halt. Fortunately, there are various options available to help avoid this.

In July 2017, the Sven Wingquist Test Center was opened in Schweinfurt, Germany. The aim of this project was to improve current testing software and standards and to develop more reliable large-size bearings. The facility is up and running and providing the wind power industry with a unique service.

An increasingly volatile climate and powerful winds are an endurance test not only for people, but also for machines. But what would appear to be a disadvantage could actually be a significant opportunity for an entire industry – at the very least for those whose wind turbines can withstand extreme conditions.

With wind turbines producing a remarkable amount of performance data, analyzing this for faults or issues can be a time-consuming task. But significant investment is being made into tackling this challenge with a particular focus on automated analysis.

A large number of wind turbines have been in operation for many years, leading to inevitable wear. At face value, this may be considered problematic – but on closer inspection, aging wind turbines could present a world of opportunity.

Operation and maintenance (O&M) costs represent a large portion of expenditure for wind farm operators. Failure to implement an effective strategy may result in increased costs or machinery failure. For this reason, it is important to take a statistical approach.