Test bed cold climate for transformation to 100% renewable

Reference number
Funding from Vinnova SEK 6 469 000
Project duration November 2018 - January 2021
Status Ongoing
Venture Test beds for society´s challenges
Call 2018-02476-en

Purpose and goal

The project opens existing Uljabuouda wind farm for conversion into an open full-scale test bed for wind power in cold climate. The site has required and documented history of weather and climate. Good wind resources often coincide with cold climatic conditions such as cold and ice formation resulting in production loss. Turbine manufacturers need to verify that their systems work reliably and efficiently in these circumstances without loss of production.

Expected results and effects

Since Swedish wind farms are largely affected by ice formation and cold temperatures, energy companies want to install wind turbines that meet the cold climate challenges and produce efficiently, especially during cold winter days with good winds. The technology will be proven, and turbine manufacturers will be able to guarantee the product´s properties. Even the overall electric system will profit as these days are often characterized by high demand for electricity, thus stability in electricity supply is going to be improved.

Planned approach and implementation

SKAB´s responsibility is the geographical location, permits, also removal of existing turbines and adaptation of the infrastructure. RISE will set up and run the test environment and be responsible for launching and optimizing verification and testing activities on the test bed. RISE ensures access to excellence & general knowledge for research & verification projects. Collection of data incl. infrastructure (mast, sensors, measurement, data collection, etc.) is RISE ´s responsibility. Through international collaboration, research projects will be attracted to the Uljabuouda test bed.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 8 November 2018

Reference number 2018-03654

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