Transmission models are dominated by lumped models, which merely describe the time
dependence of transmission potentials (temperature, current and voltage). The space …

Fault diagnosis and detection in electrical power systems need a development of new and
robust supervision structures. In the last years, different intelligent monitoring methods have …

The technical requirements and environmental limitations increase utilizing both the parallel
and partially coupled transmission lines. However, it is very demanding to find the fault point …

Electromagnetic Transients Program make extensive use of transmission line models for the
simulation of electromagnetic transients. This paper proposes a circuit representation of the …

Nowadays, wind energy is one of the cleanest and most economically affordable generating
sources and there is an increasing trend towards doubly fed induction generator (DFIG) …

The bulk amount of power generated from the present-day large-scale DFIG-installed wind
farms are preferably transmitted to utility grid through series compensated transmission …

In the industrial sector, transmission lines are an important part of the electrical grid. Thus it
is important to protect it from all the different faults that may occur as soon as possible to …

This paper presents a new fault location method for double-circuit three-terminal lines based
on the negative sequence network. The proposed method utilizes local voltage and current …

This paper develops a parameter-free fault location (FL) method for double-circuit
transmission lines utilizing pre-and post-fault unsynchronized current and voltage …

In order to solve the problem of arc fault classification in airborne intelligent power
distribution system, an arc fault identification method based on genetic algorithm to optimize …