Hybrid simulation of power systems with SVC dynamic phasor model

Static VAR Compensator Damping Controller Design Based on Flower Pollination Algorithm for a Multi-machine Power System

“…The design problems of SVCs have gained attention, so various control techniques have been discussed for SVC design, including the conventional proportional integral derivative (PID) controller [15], robust technique [16], pole placement [17], fuzzy logic control (FLC) [18][19][20], artificial neural network (ANN) [21,22], hybrid algorithm [23], model reference adaptive control [24], genetic algorithm (GA) approach [25], particle swarm optimization [26,27], imperialist competitive algorithm (ICA) [28], and bacteria foraging (BF) [29,30].…”

PSSs and SVC Damping Controllers Design to Mitigate Low Frequency Oscillations Problem in a Multi-machine Power System

“…In [11], a pade approximation technique is suggested to design of SVC with delayed input signal. In [12], a hybrid scheme is used to simulate power systems equipped with SVC. A simultaneous tuning of a PSS and a SVC controller based on GA is represented in [13].…”

Controlling chaos and voltage collapse using an ANFIS-based composite controller-static var compensator in power systems

“…There have been many methods applying the SVC placement optimally to maintain voltage stability, such as normal form analysis [20], multi-restart benders decomposition [21], reactive power spot price index (QSPI) [22] and genetic algorithms (GA) [23]. Meanwhile, a new SVC dynamic phasor simulator was proposed in order to substitute traditional electromagnetic transient program (EMTP) method [24]. Simulation results show that curves of a new method were very close to benchmark curves of EMTP.…”