Robust Design of a TCSC Oscillation Damping Controller in a Weak 500-kV Interconnection Considering Multiple Power Flow Scenarios and External Disturbances

A Comprehensive Survey of Optimal Placement and Coordinated Control Techniques of FACTS Controllers in Multi-Machine Power System Environments

“…A non-linear programming based algorithm has been proposed for the design of simultaneous coordinated tuning of PSS and FACTS controllers for damping power system oscillations in multi-machine power systems [133]. Simoes et al presented a non-linear optimization technique is used to coordinated control of Power Oscillation Damping (POD) controllers implemented in the two TCSC of the Brazilian North-South (NS) inter-connection, in the year 1999, were solely intended to damp the low-frequency NS oscillation mode [184].…”

“…There are various other techniques such as a pole placement techniques [106], frequency response techniques [107], root locus techniques [108], projective control methods [109]- [111], [200], non-linear feed control methods [112]- [113] for coordination of FACTS controllers and PSS. The various optimization based methods have been proposed in literatures for coordination includes a dynamic optimization programming algorithms [128], nonlinear optimization programming techniques [129]- [133], [184], linear optimization programming techniques [134]- [136], [183], [203]- [204], [206]- [207], [210], immune-based optimization algorithms [137]. The various artificial intelligence (AI) based methods have been proposed in literatures that includes a genetic algorithms (GA) [144]- [147], [185], [186], [209], tabu search algorithms [148], [187], simulated annealing (SA) based approach [149], particle swarm optimization (PSO) techniques [150], [190], [205], artificial neural networks (ANN) based algorithms [ [151], [202],fuzzy logic based approach [152]- [155], [188]- [189], [212], adaptive neuro-fuzzy inference system (ANIS) techniques [156]<...>…”

Coordinated Control of Flexible AC Transmission System Devices and Power System Stabilizer for improve the Power System Stability Using Fuzzy Adaptive Bacterial Foraging

“…In the recent years, the examination of TCSC control methods have caught the attention of many researchers to the extent that different control methods have been introduced for the control of TCSC, some of them to be mentioned are pole placement [14], robust control [15], adaptive control [16], intelligent control methods [15-18-20] and nonlinear control [21][22]. In [15] with the use of design method in time domain, robust controller has been offered for the damping of the power system oscillation, and the results taken from robust controller simulation have been compared with the results taken from phase lead-lag controller.…”

“…In [15] with the use of design method in time domain, robust controller has been offered for the damping of the power system oscillation, and the results taken from robust controller simulation have been compared with the results taken from phase lead-lag controller. In [16] the designed damper controller is adaptive and the parameters of the power system are estimated according to a simple genetic and power system model.…”

Análise do amortecimento de modos interáreas com o método de imposição de polos.

“…(SONG, et al, 1999;HINGORANI, et al, 2000;CORONADO, et al, 2001 (HINGORANI, et al, 2000;MISHRA, et al, 2008). Desde então, têm sido utilizados com sucesso, podendo-se citar como exemplo de aplicação o caso da interligação Norte -Sul do sistema elétrico brasileiro (GAMA, et al, 2000;SIMÕES, et al, 2009).…”