Long term test of buried gas insulated transmission lines (GIL)

type de publication      article dans une revue internationale avec comité de lecture
date de publication 2003
auteur(s) Chakir A.; Sofiane Y.; Aquelet Nicolas; Souli Mhamed
journal Applied Thermal Engineering
volume (numéro) 23 (13)
  
pages 1681 – 1696
résumé Transmitting high amounts of electrical power with an underground transmission installation requires high performance systems with low losses due to thermal effects. Gas insulated transmission lines (GIL) are an excellent means of transmitting power in such a way. An analysis using the FEM-method (ANSYS) was carried out to study the unsteady state behaviour of buried GIL. In a long duration test the GIL the calculated results were compared to the results of the measurement to check the accuracy of the numerical model so that it could be used for the design and improvement of future applications.
mots clés Gas insulated transmission line; N2/SF6 gas mixture; High power transmission; Directly buied; Transient thermal; ansys
lien lien  
Exporter la citation au format CSV (pour Excel) ou BiBTeX (pour LaTeX).