Add to ORKGIn this thesis the power system transient stability analysis and enhancement has been discussed. The analysis of power system performance under different failure conditions has been proposed. Ancillary control equipment like PSS and SVC has been added to power system as to improve the transient stability of power system and damp oscillations. The original intention of this thesis is to design advanced controller to enhance power system transient stability. As the electromagnetic parameters need to be obtained to analyze the stability as well as work efficiency of controller, a series of simulations are been conducted by MATLAB/Simulink.Master of Science (Power Engineering
Operation of large-scale power systems became more complicated in these days, especially when stabil...
Day by day the demand of electric power system is increased and due to this continuous demand in ele...
Abstract: Power system stability is defined as the ability of power system to preserve it's ste...
In this thesis the power system transient stability analysis and enhancement has been discussed. Th...
In power system control, enhancing power transient stability under large disturbance is one of the m...
The high consumption and reliance on electricity has cemented the importance of transient stability....
The high consumption and reliance on electricity has cemented the importance of transient stability....
The ability of a power system to return to stable operating condition after the occurrence of distur...
The ability of a power system to return to stable operating condition after the occurrence of distur...
The Static Var Compensator (SVC) is used to improve the stability of the power system because of its...
Abstract: The objective of this paper is to investigate and understand the stability of power system...
Transmission networks of modern power systems are becoming increasingly stressed because of growing ...
Abstract: This paper focus on the significant of PSS and SVC(static var compensator) to improve the ...
In this paper, the tuning design of SSSC and PSS was examined in increasing the damping of system o...
Transient stability is the capability of the power system to maintain synchronism under the conditio...
Operation of large-scale power systems became more complicated in these days, especially when stabil...
Day by day the demand of electric power system is increased and due to this continuous demand in ele...
Abstract: Power system stability is defined as the ability of power system to preserve it's ste...
In this thesis the power system transient stability analysis and enhancement has been discussed. Th...
In power system control, enhancing power transient stability under large disturbance is one of the m...
The high consumption and reliance on electricity has cemented the importance of transient stability....
The high consumption and reliance on electricity has cemented the importance of transient stability....
The ability of a power system to return to stable operating condition after the occurrence of distur...
The ability of a power system to return to stable operating condition after the occurrence of distur...
The Static Var Compensator (SVC) is used to improve the stability of the power system because of its...
Abstract: The objective of this paper is to investigate and understand the stability of power system...
Transmission networks of modern power systems are becoming increasingly stressed because of growing ...
Abstract: This paper focus on the significant of PSS and SVC(static var compensator) to improve the ...
In this paper, the tuning design of SSSC and PSS was examined in increasing the damping of system o...
Transient stability is the capability of the power system to maintain synchronism under the conditio...
Operation of large-scale power systems became more complicated in these days, especially when stabil...
Day by day the demand of electric power system is increased and due to this continuous demand in ele...
Abstract: Power system stability is defined as the ability of power system to preserve it's ste...