This paper deals mainly with how steady state-stability of interconnected power systems is influenced by introducing a superconducting alternator unit. A linearized model for a multi-machine system containing four generating units, one of whih is superconducting, is obtained. Results are presented which bring out the significant influences of a superconducting alternator on the steady-state stability of power systems. These indicate the directions in which improved performance may be achieved. A quantitative comparison between the influence of the superconducing generator and its conventional counterpart on the stability of multi-machine systems is also provided
The application of superconducting magnet energy storage (SMES) to the stabilization of a power syst...
This paper is a presentation of the more important aspects of power system stability. The power-angl...
In this thesis various mathematical methods of studying the transient and dynamic stabiIity of pract...
This paper reports on the results of a simulation study carried out to determine the steady state st...
This paper reports on the results of a simulation study carried out to determine the steady state st...
The features of instability in a long-distance bulk power transmission model system with superconduc...
The effect of local motor loads on power system stability is investigated. The power system consists...
This paper presents the experimental results of stabilization of a model power transmission system b...
This paper presents the results of analyses of the effectiveness of a superconducting fault current ...
Using reference frame formulations, simplified analytical models have been developed for superconduc...
This article provides the influence of the active, inductive capacitive load on the static stability...
This paper investigates the mechanism analysis and the experimental validation of employing supercon...
Most designers neglect the effect of the governor loop when selecting a suitable voltage regulator t...
A superconducting power transmission system is regarded as being a promising candidate to transmit a...
In this paper the problem of modeling and simulati on of voltage stability is improved using Static ...
The application of superconducting magnet energy storage (SMES) to the stabilization of a power syst...
This paper is a presentation of the more important aspects of power system stability. The power-angl...
In this thesis various mathematical methods of studying the transient and dynamic stabiIity of pract...
This paper reports on the results of a simulation study carried out to determine the steady state st...
This paper reports on the results of a simulation study carried out to determine the steady state st...
The features of instability in a long-distance bulk power transmission model system with superconduc...
The effect of local motor loads on power system stability is investigated. The power system consists...
This paper presents the experimental results of stabilization of a model power transmission system b...
This paper presents the results of analyses of the effectiveness of a superconducting fault current ...
Using reference frame formulations, simplified analytical models have been developed for superconduc...
This article provides the influence of the active, inductive capacitive load on the static stability...
This paper investigates the mechanism analysis and the experimental validation of employing supercon...
Most designers neglect the effect of the governor loop when selecting a suitable voltage regulator t...
A superconducting power transmission system is regarded as being a promising candidate to transmit a...
In this paper the problem of modeling and simulati on of voltage stability is improved using Static ...
The application of superconducting magnet energy storage (SMES) to the stabilization of a power syst...
This paper is a presentation of the more important aspects of power system stability. The power-angl...
In this thesis various mathematical methods of studying the transient and dynamic stabiIity of pract...