The rising development of power systems and smart grids calls for advanced fault diagnosis
techniques to prevent undesired interruptions and expenses. One of the most important part …

The result of single-ended traveling wave fault location method based on wavelet transform
will be affected by false wavelet transform modulus maxima (WTMM) points. In this paper …

Under the rapid development of direct current (DC) transmission technology, the
interconnection between converter stations in the DC network has been further improved …

Conventional single-ended traveling wave fault location methods, which commonly depend
on partial features of traveling wavefronts, may lead to fault location failure, especially for …

The topology of the distribution network and direction of the power flow will change when
distributed generators (DGs) are connected to it, making it difficult to locate faults using …

Reliable fault location schemes for Transmission Lines (TLs) are essential to ensure
appropriate actions to keep the service continuity. In this sense, several fault location …

High-speed traveling wave acquisition devices often use a mutation start algorithm with a
low threshold value, which can collect a large number of interference clutters. If the devices …

Transmission network faults may not be located accurately in some abnormal conditions,
such as traveling wave location device faults, startup failure and time recording error. In …

With the expansion of high-voltage alternating current transmission networks, the widely
used two-terminal traveling wave method faces several challenges in cable fault location …

For cybersecurity concerns in smart girds, this paper has focused on the vulnerability
analysis and defense technique against the Time Synchronization Attack (TSA). This kind of …