What's New
- High Temperature Superconductivity Application Readiness Map for Energy Delivery (July 2021)
- Summary of High Temperature Superconductivity Readiness Map
- Annual Report 2020: IEA Technology Collaboration Programme on High Temperature Superconductivity
- Collaboration with TCP Wind
- Energy Efficiency, Resilient Electric Systems, and Transportation Applications Using High-Temperature Superconductivity
- Visualize the World’s HTS Projects
- Collaboration with other IEA TCPs
- Learn how the HTS TCP is fostering the young generation of scientists
- Interested in Membership?
Events
- HTS TCP 21 January 2022 ExCo Virtual Meeting
- HTS TCP 7 May 2021 ExCo Virtual Meeting
- HTS TCP 23 October 2020 ExCo Virtual Meeting
- HTS TCP 11 March 2020 ExCo Virtual Meeting
- IEEE CSC Events Calendar
Newsletters
- HTS Newsletter: Summer 2019
- HTS Newsletter: Fall 2017
- HTS Newsletter: Winter 2017
- HTS Newsletter: Fall 2016
Links
Superconductivity
Superconductivity is a phenomenon that causes certain materials, at low temperatures, to lose all resistance to the flow of electricity. The lack of resistance enables a range of innovative technology applications. Devices based on superconductivity have been available in certain niche markets for decades. In particular, superconducting magnets are used in many applications requiring powerful electromagnets, such as in magnetic resonance imaging (MRI) machines.
Projects
HTS based projects have been energized across the world to demonstrate their applicability in modernizing the electric grid.
