The fault current in a modular multilevel converter-based high voltage direct current grid
(MMC-HVDC-Grid) will rise rapidly when DC short-circuit fault (DCSCF) occurs, which poses …

Based on the complementary advantages of Line Commutated Converter (LCC) and
Modular Multilevel Converter (MMC) in power grid applications, there are two types of hybrid …

Rapid rise of current and sudden drop of voltage at the DC side caused by a pole‐to‐pole
DC fault in the modular multi‐level converter medium voltage direct current (MMC‐MVDC) …

A wavelet‐based electromagnetic time reversal method for locating faults in voltage source
converter‐high‐voltage direct current (VSC‐HVDC) transmission lines is proposed in this …

A hybrid DC circuit breaker has both the static characteristics of the mechanical DC circuit
breaker and the dynamic characteristics of the solid-state DC circuit breaker. It has a faster …

This paper proposes a real-time power flow optimal control method for hybrid AC/DC power
systems with VSC-HVDC (Voltage Sourced Converter based HVDC). Sufficiently considered …

This paper analyzes an accident of abnormal increase of pole bus differential current and
pole differential current of a converter station caused by line fault of a±800 kV extra high …

The traveling wave differential protection is an ideal main protection scheme of VSC-HVDC
transmission line which is flexible, reliable and immune to the distributed capacitive current …

Relay protection device is a key equipment to ensure the safe operation of flexible DC
transmission systems, and its performance determines whether the system can respond and …

The VSC-HVDC technology, as the third generation HVDC transmission technology, is
proactive and the most advanced transmission technology. The reliability of VSC-HVDC …