DK superledere i el-sektoren 2000
På baggrund af erfaringerne med kontinuert fremstillet højeffekt mellemspændings superledende kabel-anlæg i 1999 samt etableringen af en 10 meter AC -kabelstrækning i 1998 fortsætter projektet med en demonstration af et 30 m langt demonstrationsanlæg i den danske elforsyning.
The design with world record low loss of 0.6 W/m at 2 kArms was transfered to a 30 m long cable. These conductors are bendable, and the manufacturing capacity in the experimental plant was extended to continuous 100-200 m lengths. Compact and realistic terminations have been developped, that can be installed in conventional switch-yards and power stations. A complete 30 m cable with conductor, thermal insulation, dielectricum and screen was developed and manufactured in an industrial production environment. In the optimisation of single filament drawing with respect to die angle, degree of reduction, number of intermediate annealing steps, the total number of drawing steps has been reduced. An improved configuration of multi filament tapes has been developed. A unique technique was developed for studies of texture and phase transformations in BSCCO/Ag tapes by x-ray diffraction based on high-energy photons from a synchrotron. e preparation of a 30 m full-scale demonstration project in a realistic environment has been completed
Key figures
Kategori
Deltagere
Partner | Tilskud | Eget bidrag |
---|---|---|
Nordic Superconductor Technologies A/S | ||
Danmarks Tekniske Universitet (DTU) | ||
Danmarks Tekniske Universitet (DTU) | ||
Københavns Energi | ||
NESA A/S | ||
Dansk Energi |
Kontakt
NKT Alle 1
DK-2605 Brøndby, Denmark
Willen, Dag (teknologichef, NKT Research A/S); Projektleder: Svarrer Hansen, Bo , 43482030, bo.svarrer@nkt.dk
Øvr. Partnere: NKT Research A/S; Nordic Superconductor Technologies A/S; Danmarks Tekniske Universitet. Institut for Elteknik; Danmarks Tekniske Universitet. Institut for Processteknik; Forskningscenter Risø. Afdeling for Materialers Fysik og Kemi; Københavns Energi; NESA A/S; Danske Elværkers Forenings Udredningsafdeling (DEFU); Eltra; Nordic Superconductor Technologies A/S