Since its discovery in 2001, MgB 2 has generated interest for practical applications. Its
availability in the form of multifilamentary round wire makes it suitable for production of …

Since the discovery of MgB 2 as a superconductor, several research groups worldwide have
studied the superconducting mechanisms due to the dual gap nature of MgB 2, as well as …

This paper presents the development of a novel data-driven fault detection and classification
scheme for DC faults in multi-terminal HVDC transmission system which incorporates …

Fault detection and protection of Superconducting Cables (SCs) is considered a challenging
task due to the effects of the quenching phenomenon of High Temperature Superconducting …

This paper addresses the challenge of fault localization in power grids which incorporate
Superconducting Cables (SCs) and presence of inverter-connected generation, by …

Owing to the relatively high critical temperature and the low manufacturing cost, MgB 2
superconducting wires are promising for liquid helium-free superconducting applications …

Complex tests of all components of the HTS DC cable line were carried out within the
framework of the National project for the implementation of a superconducting DC cable line …

The SuperRail project consists in the development, manufacturing, installation and long-
term operation of a high temperature superconducting (HTS) dc cable system for railway …

An 8-km long MgB 2 wire for a prototype klystron magnet was made and evaluated. The wire
was made by a typical in situ method; it has 10 filaments and 0.67 mm in outer diameter. The …

The rising share of renewable energy in the European grid creates a demand for long-
length, high-power transmission lines. Superconducting cables represent an attractive …