Making old new again: next generation of self-reactive power compensation high surge
impedance loading (HSIL) lines engaging transmission expansion planning (TEP) can be a …

Renewable energy sources are commonly available on earth; thus, both research and
practical applications have drawn significant interest. In the large-scale renewable energy …

Magnetically controlled shunt reactor (MCSR) is one of the key elements applied in
EHV/UHV transmission systems for reactive power compensation and overvoltage …

Magnetically controllable reactors (MCRs) are widely used to flexibly control reactive power
flow in power systems. However, owing to the nonlinear characteristics of saturation of the …

The compensation circuits are the core to improve the flexibility of practical application of
half-wavelength transmission lines (HWTL), which are restricted to the fixed transmission …

Magnetically controlled shunt reactors (MCSRs) are key elements of extra-high voltage/ultra-
high voltage (EHV/UHV) transmission systems for reactive power compensation and …

The value for core hysteresis loss (CHL) resistance in Buntenbach's analogy hysteresis
model does not consider the impact of frequency variations. In order to address this issue …

To solve the problems of frequent occurrence of loose cores of high-voltage shunt reactor
(HVSR) windings and low operating efficiency, this paper proposes a fault diagnosis method …

In order to guide the selection of magnetization curve model in modeling and provide useful
information for the application of winding connection mode in structure design, it is …

The sudden progression of power electronics-based devices and appliances in the recent
years has led to a problem quality in electrical energy to the users due to the harmonics …