An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi
An electric power system converts energy from a raw form (principally heat) into electricity, transmits it from the generation site to load site, and delivers it to consumers. The power generation and transmission system is not designed to store energy. Its operation requires the rate of conversion...
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1993
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my.uitm.ir.1048932024-10-14T09:03:23Z https://ir.uitm.edu.my/id/eprint/104893/ An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi Aidros, Nor Rashid Affandi, Ahmad Electric power distribution. Electric power transmission An electric power system converts energy from a raw form (principally heat) into electricity, transmits it from the generation site to load site, and delivers it to consumers. The power generation and transmission system is not designed to store energy. Its operation requires the rate of conversion of energy at the generating plants to be equal, within a very tight tolerance, to the rate of consumption of loads. Nevertheless, the power system does store some energy in its electrical and mechanical components. The energy stored in the power system, while insignificant in relation to the demands of loads is a critical factor in the dynamics behaviour of the system. 1993 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/104893/1/104893.pdf An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi. (1993) [Student Project] <http://terminalib.uitm.edu.my/104893.pdf> (Unpublished) |
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Electric power distribution. Electric power transmission Aidros, Nor Rashid Affandi, Ahmad An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi |
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An electric power system converts energy from a raw form (principally heat) into electricity, transmits it from the generation site to load site, and delivers it to consumers. The power generation and transmission system is not designed to store energy. Its operation requires the rate of conversion of energy at the generating plants to be equal, within a very tight tolerance, to the rate of consumption of loads. Nevertheless, the power system does store some energy in its electrical and mechanical components. The energy stored in the power system, while insignificant in relation to the demands of loads is a critical factor in the dynamics behaviour of the system. |
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Student Project |
author |
Aidros, Nor Rashid Affandi, Ahmad |
author_facet |
Aidros, Nor Rashid Affandi, Ahmad |
author_sort |
Aidros, Nor Rashid |
title |
An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi |
title_short |
An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi |
title_full |
An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi |
title_fullStr |
An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi |
title_full_unstemmed |
An educational tool for the understanding of the stability characteristics on TNB power system (inertia-spring model) / Nor Rashid Aidros and Ahmad Affandi |
title_sort |
educational tool for the understanding of the stability characteristics on tnb power system (inertia-spring model) / nor rashid aidros and ahmad affandi |
publishDate |
1993 |
url |
https://ir.uitm.edu.my/id/eprint/104893/1/104893.pdf https://ir.uitm.edu.my/id/eprint/104893/ |
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1814058616771051520 |
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13.211869 |