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  4. Improving power system stabilisers performance under sustained random perturbations
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MTech Projects
19.Jan
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Improving power system stabilisers performance under sustained random perturbations

PROJECT TITLE :

Improving power system stabilisers performance under sustained random perturbations

ABSTRACT :

This study provides indicators to characterise the performance of an electrical power system subjected to sustained random perturbations in time. Based mostly on these indicators, a methodology is proposed so as to carry out a fine adjustment of PSS parameters. The goal of this procedure is to enhance the potency of traditional tuning techniques, that are primarily based on tiny signal stability criteria. The proposed methodology is applied to 2 international take a look at systems of 9 and 39 buses.

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  • Comparison between AC and DC flashover performance and discharge process of ice-covered insulators under the conditions of low air pressure and pollution
  • Design and hardware implementation of a modular transient directional protection scheme using current signals
  • Bidding analysis in joint energy and spinning reserve markets based on pay-as-bid pricing
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  • Forecasting dissolved gases content in power transformer oil based on weakening buffer operator and least square support vector machine–Markov
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Previous article: Generator coherency and area detection in large power systems Generator coherency and area detection in large power systems Next article: Comparison between AC and DC flashover performance and discharge process of ice-covered insulators under the conditions of low air pressure and pollution Comparison between AC and DC flashover performance and discharge process of ice-covered insulators under the conditions of low air pressure and pollution
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