Many operators order replacement parts on an item-by-item basis. This can be effective but does have limitations since the performance of the total system is not understood when considering items in an inventory individually. Innovative software may hold the key to fine tuning stock levels and expenses on spare parts and ensuring wind farms always have just what they need.

Not all wind turbines are created equally. While most people are familiar with the appearance of a wind turbine, there are some designs that break the mold. In this article, the Wind Farm Management Blog looks at some of the world’s most interesting turbines.

Big data is taking its hold on the 21st century. We are seeing its prominence in all areas of society. But the wind power sector seems to be somewhat behind. Why is this, and how can big data contribute to the industry achieving its ultimate goal of improving the levelized cost of energy?

Despite wind energy production becoming more efficient, many wind turbines are still situated in locations where conditions are not optimal. An increasing number of offshore sites improve the current situation by utilizing the stronger winds at sea. However, in some parts of the ocean, fixed turbines are not viable. The solution? Floating wind farms.

A company develops a new wind turbine component; but without a platform to showcase this, it may be difficult to convince interested parties of its advantages. So how can manufacturers display key turbine parts, many of which are massive or only functional within a working turbine, to an audience? The digital era may present yet another solution.

The advantages of wind are clear: it is an inexhaustible and environmentally friendly energy source. Furthermore, the technology to harness its power is already well established. However, although wind is a proven eco-efficient energy source, why is it struggling to achieve status as a cost-efficient one?

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.