This paper investigates the critical parameters of power systems which affect the stability of the system. The analysis is conducted on both a single machine infinite bus (SMIB) system and a large multimachinesystem with dynamic loads. To further investigate the effects of dynamic loads on power system stability, the effectiveness of conventional as well as modern linear controllers is tested and compared with thevariation of loads. The effectiveness is assessed based on the damping of the dominant mode and the analysis in this paper highlights the fact that the dynamic load has substantial effect on the dampingof the system
There are many limits in power system operation however transient stability poses some of the most s...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
This paper investigates the critical parameters of power systems which affect the stability of the s...
Power systems are composed of dynamic loads. In this paper, the induction motors which are widely us...
The effect of local motor loads on power system stability is investigated. The power system consists...
The effect of local motor loads on power system stability is investigated. The power system consists...
The stability study of a power system is an important factor in the planning or increasing of facili...
This paper studies Dynamic Analysis and Stability of Single machine connected to infinite bus (SMIB)...
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...
In this paper the effects of load modelling on power system transient stability are analyzed. Static...
The ability of a power system to return to stable operating condition after the occurrence of distur...
Dynamic stability problems of a generator connected to an infinite bus through a transmission line h...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
There are many limits in power system operation however transient stability poses some of the most s...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
This paper investigates the critical parameters of power systems which affect the stability of the s...
Power systems are composed of dynamic loads. In this paper, the induction motors which are widely us...
The effect of local motor loads on power system stability is investigated. The power system consists...
The effect of local motor loads on power system stability is investigated. The power system consists...
The stability study of a power system is an important factor in the planning or increasing of facili...
This paper studies Dynamic Analysis and Stability of Single machine connected to infinite bus (SMIB)...
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...
In this paper the effects of load modelling on power system transient stability are analyzed. Static...
The ability of a power system to return to stable operating condition after the occurrence of distur...
Dynamic stability problems of a generator connected to an infinite bus through a transmission line h...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
There are many limits in power system operation however transient stability poses some of the most s...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...
Wide-area damping controllers (WADCs) are effective means of improving the damping of inter-area osc...