Significant progress has been achieved in the development of power applications for high temperature superconducting (HTS) technologies, in particular power cables and fault current limiters. Several pilot projects for both applications have been energized, with several installations in constant operation for years. The technologies are now regularly evaluated as solution alternatives for many power system projects and challenges. In particular, the application of medium voltage HTS systems as replacement for conventional high voltage cable systems is often attractive, both technically and commercially. HTS cables provide increased power density with negligible thermal impact on the environment, resulting in solutions that are more compact than conventional cables, require smaller rights of way, simpler installation and ultimately reduced substation footprints. These features are especially valuable in congested urban areas where smaller ROWs and substations are extremely desirable. An overview of experience with existing installations and an outlook of upcoming projects are presented in these panel slides.
T&D 2018: PS17 - Superconducting Systems: Effective Solutions for the Modernization of Power Grids
Posted: 17 Apr 2018
Authors:F. Frentzas, M. Stemmle, R. Ryu, M. Ross
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Dynamic Long-distance Coupling of Smart Grid Research Infrastructure, Models, and Laboratories for Distributed Real-Time Assessment of Cyber-Physical Energy Systems