The traditional traveling wave fault location methods only consider the information about
time domain or frequency domain characteristics, so it is difficult to ensure the location …

The present paper describes a new algorithm for reliably locating the faults that frequently
take place on electrical transmission lines. The proposed fault location technique considers …

Distribution networks transmit electrical energy from an upstream network to customers.
Undesirable circumstances such as faults in the distribution networks can cause hazardous …

Due to prominent attenuation of travelling waves, double‐end fault location method
produces considerable errors when applied to ultra‐high voltage AC half‐wavelength …

In order to solve the problem of inaccurate fault location in the transmission network under
some abnormal conditions, such as traveling wave location device faults, startup failure and …

HVDC lines are very susceptible to faults once they are long and can operate under severe
weather conditions. The main approaches for fault location in HVDC lines are based on the …

To locate the fault location accurately and solve the problem quickly is the key to improve the
power supply capacity of power grid. This paper presents a fault location method based on …

Due to complex reflection and refraction at line terminals, traditional single-end traveling
wave (TW) fault location (FL) cannot be directly applied to transmission lines connecting with …

Traveling-wave-based fault location methods are widely used for modern power systems
owing to their high accuracy on two-terminal lines. However, they perform poorly on hybrid …

Lightning strikes are the significant cause of transient, faults, and outages in electric power
transmission and distribution systems. The double-exponential function is proposed to …