Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin

This paper presents a modeling and simulation of the transient stability analysis of the ST1A exciter system model by using Dynamic Computation for Power system (DCPS). This study concentrates on the transient stability analysis of power system by using an STIA exciter model. The thesis looked into...

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Main Author:	Nordin, Mohamad Hafis
Format:	Thesis
Language:	English
Published:	2009
Subjects:	Applications of electric power
Online Access:	https://ir.uitm.edu.my/id/eprint/78039/1/78039.pdf
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id	my-uitm-ir.78039
record_format	uketd_dc
spelling	my-uitm-ir.780392023-07-04T02:00:41Z Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin 2009 Nordin, Mohamad Hafis Applications of electric power This paper presents a modeling and simulation of the transient stability analysis of the ST1A exciter system model by using Dynamic Computation for Power system (DCPS). This study concentrates on the transient stability analysis of power system by using an STIA exciter model. The thesis looked into the effects of using ST1A excitation system on electrical power generation system and transmission system. The thesis first explains the definition of power system stability and the need for power system stability studies. The studies also include the DCPS program. It then proceeded to discuss on the various type of excitation system. The thesis also provided a brief introduction on basic control theory and study of ST1A exciter model. Next the thesis discusses how to linerized the ST1A exciter block diagram. This thesis was using an Euler's method to design a program of STIA exciter model. The discussions was given for each block of the exciter. The program of DCPS was used as a main of the simulation program. The thesis then performed a power system modeling and simulation of six bus test power systems. The fault was injected into the system and exciter parameters were varied to test the transient stability of the power system and the effectiveness of the STIA as an exciter in six bus test system. Examples of the parameters that were varied include the fault position, the clearing time and the all the parameter of the exciter. Lastly, a conclusion was made on the overall effect of STIA exciter on the power system and the transient stability of the power system when its parameters were varied. 2009 Thesis https://ir.uitm.edu.my/id/eprint/78039/ https://ir.uitm.edu.my/id/eprint/78039/1/78039.pdf text en public degree Universiti Teknologi MARA (UiTM) Faculty of Electrical Engineering Hashim, Norazlan
institution	Universiti Teknologi MARA
collection	UiTM Institutional Repository
language	English
advisor	Hashim, Norazlan
topic	Applications of electric power
spellingShingle	Applications of electric power Nordin, Mohamad Hafis Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin
description	This paper presents a modeling and simulation of the transient stability analysis of the ST1A exciter system model by using Dynamic Computation for Power system (DCPS). This study concentrates on the transient stability analysis of power system by using an STIA exciter model. The thesis looked into the effects of using ST1A excitation system on electrical power generation system and transmission system. The thesis first explains the definition of power system stability and the need for power system stability studies. The studies also include the DCPS program. It then proceeded to discuss on the various type of excitation system. The thesis also provided a brief introduction on basic control theory and study of ST1A exciter model. Next the thesis discusses how to linerized the ST1A exciter block diagram. This thesis was using an Euler's method to design a program of STIA exciter model. The discussions was given for each block of the exciter. The program of DCPS was used as a main of the simulation program. The thesis then performed a power system modeling and simulation of six bus test power systems. The fault was injected into the system and exciter parameters were varied to test the transient stability of the power system and the effectiveness of the STIA as an exciter in six bus test system. Examples of the parameters that were varied include the fault position, the clearing time and the all the parameter of the exciter. Lastly, a conclusion was made on the overall effect of STIA exciter on the power system and the transient stability of the power system when its parameters were varied.
format	Thesis
qualification_level	Bachelor degree
author	Nordin, Mohamad Hafis
author_facet	Nordin, Mohamad Hafis
author_sort	Nordin, Mohamad Hafis
title	Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin
title_short	Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin
title_full	Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin
title_fullStr	Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin
title_full_unstemmed	Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin
title_sort	modeling and simulation the transient stability analysis of the st1a exciter model using dynamic computation for power system (dcps) / mohamad hafis nordin
granting_institution	Universiti Teknologi MARA (UiTM)
granting_department	Faculty of Electrical Engineering
publishDate	2009
url	https://ir.uitm.edu.my/id/eprint/78039/1/78039.pdf
_version_	1783736200960409600

Modeling and simulation the transient stability analysis of the ST1A exciter model using dynamic computation for power system (DCPS) / Mohamad Hafis Nordin

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