Add to ORKGPower systems are composed of dynamic loads. In this paper, the induction motors which are widely used in consumption units are considered as dynamic loads. This paper presents an analysis to investigate the effects of large dynamic loads on interconnected power systems with power oscillation damping controller (PODC). The PODC is designed based on the conventional method of linearization. An overview to design robust damping controller [19] is also presented and its effectiveness is analyzed and compared with power system stabilizer(PSS) for a single machine infinite bus (SMIB) system with increasing dynamic loads
Loads constitute a major part of the power system and their characteristics greatly influence the st...
AbstractThis paper presents a new dynamic model of multi-machine power system equipped with GUPFC fo...
This paper makes an attempt to assess the benefits of replacing a conventional generator excitation ...
This paper investigates the critical parameters of power systems which affect the stability of the s...
This paper investigates the critical parameters of power systems which affect the stability of the s...
This paper presents a nonlinear control design method for interconnected power systems with inductio...
Abstract: In stressed power systems with large induction machine component, there exist undamped ele...
In stressed power systems with large induction machine component, there exist undamped electrome- ch...
This paper studies Dynamic Analysis and Stability of Single machine connected to infinite bus (SMIB)...
The high reactive power demand by the induction motor load during fault condition due to reduced bus...
This paper studies Dynamic Analysis and Stability of Single machine connected to infinite bus (SMIB)...
The ability of a power system to return to stable operating condition after the occurrence of distur...
This paper presents a novel approach of excitation controller design for power system with dynamic l...
The ability of a power system to return to stable operating condition after the occurrence of distur...
Loads constitute a major part of the power system and their characteristics greatly influence the st...
Loads constitute a major part of the power system and their characteristics greatly influence the st...
AbstractThis paper presents a new dynamic model of multi-machine power system equipped with GUPFC fo...
This paper makes an attempt to assess the benefits of replacing a conventional generator excitation ...
This paper investigates the critical parameters of power systems which affect the stability of the s...
This paper investigates the critical parameters of power systems which affect the stability of the s...
This paper presents a nonlinear control design method for interconnected power systems with inductio...
Abstract: In stressed power systems with large induction machine component, there exist undamped ele...
In stressed power systems with large induction machine component, there exist undamped electrome- ch...
This paper studies Dynamic Analysis and Stability of Single machine connected to infinite bus (SMIB)...
The high reactive power demand by the induction motor load during fault condition due to reduced bus...
This paper studies Dynamic Analysis and Stability of Single machine connected to infinite bus (SMIB)...
The ability of a power system to return to stable operating condition after the occurrence of distur...
This paper presents a novel approach of excitation controller design for power system with dynamic l...
The ability of a power system to return to stable operating condition after the occurrence of distur...
Loads constitute a major part of the power system and their characteristics greatly influence the st...
Loads constitute a major part of the power system and their characteristics greatly influence the st...
AbstractThis paper presents a new dynamic model of multi-machine power system equipped with GUPFC fo...
This paper makes an attempt to assess the benefits of replacing a conventional generator excitation ...