Benefits
Superconductor devices do not simply provide incremental improvements over conventional technologies; they provide unique solutions to challenges that cannot be achieved otherwise. Examples of electric power applications that provide these unique solutions include superconducting fault current limiters (SFCLs), generators for offâshore wind turbines, and high capacity power cables.
One type of HTS cable carries the same amount of power as 27 conventional cables. Courtesy of Oak Ridge National Laboratory.
The graphic below shows qualitatively the relative position of HTS based devices compared to the most advanced conventional technology that exists on the electric grid. HTS based cables, fault current limiters, generators and transformers are analyzed against a number of key success factors. The elongated shapes represent a varied response regarding the relative position. For instance, some data collected shows that operating costs for SFCLs were worse than conventional technologies while other data shows significantly better costs depending on the application.
What's New
- HTS Readiness Map for Industrial Applications
- Annual Report 2022: IEA Technology Collaboration Programme on High-Temperature Superconductivity
- HTS Wire Enabling Market Disruption
- HTS Readiness Map for Energy Delivery Systems, Manuscript published at the Applied Superconductivity Conference 2022
- High Temperature Superconductivity Application Readiness Map for Energy Delivery (July 2021)
- Summary of High Temperature Superconductivity Readiness Map
- 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 18-20 September 2023, Geneva, Switzerland, ExCo Meeting
- IEEE CSC Events Calendar
Historical Newsletters
- HTS Newsletter: Summer 2019
- HTS Newsletter: Fall 2017
- HTS Newsletter: Winter 2017
- HTS Newsletter: Fall 2016