Electrical Machines with High Temperature Superconducting (HTS) Technology for Wind Power Applications
The IREC and the XaRmae are organizing the workshop: “Electrical Machines with High Temperature Superconducting Technology (HTS) for Wind Power Applications”
- https://transicioecologica.upc.edu/en/events/electrical-machines-with-high-temperature-superconducting-hts-technology-for-wind-power-applications
- Electrical Machines with High Temperature Superconducting (HTS) Technology for Wind Power Applications
- 2012-12-13T08:30:00+01:00
- 2012-12-13T18:30:00+01:00
- The IREC and the XaRmae are organizing the workshop: “Electrical Machines with High Temperature Superconducting Technology (HTS) for Wind Power Applications”
When
Dec 13, 2012 from 08:30 AM to 06:30 PM (Europe/Madrid / UTC100)
Where
Hotel Diagonal Zero (BCN)
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The workshop is an opportunity to analyze the types of superconducting materials that can be used in electrical machines, current superconducting machine projects and the challenges for the application of High Temperature Superconducting materials in high power wind turbines.
During the workshop, we will hear from leading experts with extensive experience in superconducting materials and machines, and we will hold an open discussion to define their current status and the steps to be followed to develop the next generation High Temperature Superconducting wind turbine.
The workshop is addressed to all people and companies that have experience in high power wind energy and consider High Temperature Superconducting machines as a viable alternative.
During the workshop, we will hear from leading experts with extensive experience in superconducting materials and machines, and we will hold an open discussion to define their current status and the steps to be followed to develop the next generation High Temperature Superconducting wind turbine.
The workshop is addressed to all people and companies that have experience in high power wind energy and consider High Temperature Superconducting machines as a viable alternative.
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