Search: you searched for ''

In cold climates, icing events and long periods with extreme low temperatures may impact the behaviour of standard wind turbines and this reverberates negatively on economics and safety of the wind farm. The behaviour of wind turbines operating in cold climates is studied at an international level ...

Tackling corrosion issues and developing new materials in the wave, tidal and offshore wind sectors across Europe could save up to €84,000 million for developers and create up to €82,000 million of supply chain opportunities by 2050, according to two new reports Commissioned by the NeSSIE project ...

In the context of the VIS-OWOME project dynamic dashboards were developed to monitor and analyse different machine signals. This should make it easier to understand and anticipate machine condition and performance, and allow for the detection of certain phenomena.

For the digital business industry to be able to achieve qualitative data acquisition sensor deployment needs to be optimised. To help SMEs in this process Sirris, Hahn-Schickard and the FZI Research Center for Computer Science are preparing a project proposal 'InsightProducts - Actionable Insights ...

Research in the context of the VIS-OWOME project has demonstrated that very accurate power curves for offshore wind turbines can be created using machine-learning techniques. Good results can be achieved in very short terms and with limited efforts.

Making wind turbines more efficient and reducing their operating costs is crucial to make them more profitable. Oil giant Shell has developed a lubrication plan and tailored its products and services to optimize the efficiency of wind farms.

Delft University of Technology (TU Delft) conducts pioneering research into new technologies for the wind industry. The research team developed a new technique to prevent icing on turbine rotor blades and used the large climate chamber at Sirris’s OWI Lab to validate their prototype.

As a leading manufacturer of wind turbine transformers, Mechelen-based CG Power Systems is continuously researching ways of making electrical machinery lighter and more compact without compromising on power. Before a new model comes to market, it is tested to ensure that it can withstand extreme ...