This paper examines the use of controllable series capacitors for damping of electromechanical oscillations. The fundamental input signal for damping of power swings is discussed based on the study of eigenvalues of a linearized power system. The impact of a CSC on damping of a power system is shown through an analytical approach. Use of appropriate locally measurable input signals are investigated for two power systems. The performance of CSC for damping of power swings is compared with that of a PSS. It is shown that a CSC can be a very effective device for damping of power swings using locally measurable input signals
This report deals with the damping of sub-synchronous oscillations in power systems. The method is b...
This paper presents a method to improve the dynamic performance of a power system with Thyristor-Con...
This paper presents a study comparing the effects of four flexible ac transmission systems (FACTS) c...
Abstract—This paper examines the enhancement of power system stability properties by use of thyristo...
The main aim of this paper is to identify optimal control laws and locations of series connected FAC...
It has been veri"ed that a controllable series capacitor with a suitable control scheme can improve ...
A comparison of the capabilities of two quite distinct power electronics-based ‘flexible AC transmis...
This paper deals with a control strategy for power oscillation damping using Static Synchronous Comp...
In this paper, the effectiveness of a Thyristor Controlled Series Capacitor (TCSC) using wide-area m...
This work investigates the effects of three controllers, the PSS (Power System Stabilizer), and two ...
This thesis is concerned with the development of a supplementary controller associated with a Static...
In the power transmission systems, the power transferring capability is limited due to the inductiv...
Electromechanical oscillations in power systems have been observed ever since synchronous generators...
Abstract — Low-area frequency oscillations are one of the major problems in the present power system...
In order to accomplish specific compensation objectives a static synchronous series compensator (SSS...
This report deals with the damping of sub-synchronous oscillations in power systems. The method is b...
This paper presents a method to improve the dynamic performance of a power system with Thyristor-Con...
This paper presents a study comparing the effects of four flexible ac transmission systems (FACTS) c...
Abstract—This paper examines the enhancement of power system stability properties by use of thyristo...
The main aim of this paper is to identify optimal control laws and locations of series connected FAC...
It has been veri"ed that a controllable series capacitor with a suitable control scheme can improve ...
A comparison of the capabilities of two quite distinct power electronics-based ‘flexible AC transmis...
This paper deals with a control strategy for power oscillation damping using Static Synchronous Comp...
In this paper, the effectiveness of a Thyristor Controlled Series Capacitor (TCSC) using wide-area m...
This work investigates the effects of three controllers, the PSS (Power System Stabilizer), and two ...
This thesis is concerned with the development of a supplementary controller associated with a Static...
In the power transmission systems, the power transferring capability is limited due to the inductiv...
Electromechanical oscillations in power systems have been observed ever since synchronous generators...
Abstract — Low-area frequency oscillations are one of the major problems in the present power system...
In order to accomplish specific compensation objectives a static synchronous series compensator (SSS...
This report deals with the damping of sub-synchronous oscillations in power systems. The method is b...
This paper presents a method to improve the dynamic performance of a power system with Thyristor-Con...
This paper presents a study comparing the effects of four flexible ac transmission systems (FACTS) c...