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DSpace at My Futa > Schools in FUTA > School of Engineering and Engineering Technology (SEET) > Department of Electrical and Electronic Engineering (EEE) > Theses and Dissertations (Electrical and Electronic Engineering) > Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/643 Title: COMPUTER-AIDED LOAD-FLOW STUDIES OF 132KV TRANSMISSION LINE IN NIGERIA USING OSOGBO AXIS AS A CASE STUDY Authors: FAMOKUN, ZACCHAEUS ADELUSE ONI, J.O Keywords: power mathematical model numerical iterative linear equations Borland Turbo C++ Issue Date: 14-Oct-2011 Abstract: Load-flow studies are necessary and imperative on every power system in order to be able to monitor and control performance. This write-up is a report of the load-flow studies performed on the Osogbo axis of the Nigerian National132kv power system sub-grid. The study entails the development of a mathematical model of the system, which gives rise to a set of equations. describing the voltage-power relationship of the network. Gauss- Siedel's numerical iterative method of solving non- linear equations was used as a mathematical tool for solving the equations and processed using a software," Borland Turbo C++ version 3.0. The system as it exists presently is predominantly radial. Borland Turbo C++ version 3.0 was used as the programming language. The system configuration as it exists presently is predominantly radial. The results of the load-flow performed on the system in this research work showed that the system is not overloaded However this does not

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DSpace at My Futa > Schools in FUTA > School of Engineering and Engineering Technology (SEET) > Department of Electrical and Electronic Engineering (EEE) > Theses and Dissertations (Electrical and Electronic Engineering) >

Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/643

Title: COMPUTER-AIDED LOAD-FLOW STUDIES OF 132KV TRANSMISSION LINE IN NIGERIA USING OSOGBO AXIS AS A CASE STUDY

Authors: FAMOKUN, ZACCHAEUS ADELUSEONI, J.O

Keywords: 

powermathematical modelnumerical iterativelinear equationsBorland Turbo C++

Issue Date:  14-Oct-2011

Abstract: 

Load-flow studies are necessary and imperative on every power system in order to be able to monitor and control performance. This write-up is a report of the load-flow studies performed on the Osogbo axis of the Nigerian National132kv power system sub-grid. The study entails the development of a mathematical model of the system, which gives rise to a set of equations. describing the voltage-power relationship of the network. Gauss-Siedel's numerical iterative method of solving non-linear equations was used as a mathematical tool for solving the equations and processed using a software," Borland Turbo C++ version 3.0. The system as it exists presently is predominantly radial. Borland Turbo C++ version 3.0 was used as the programming language. The system configuration as it exists presently is predominantly radial. The results of the load-flow performed on the system in this research work showed that the system is not overloaded However this does not guarantee the reliability of the system either because of the radial disposition. Some buses were looped as shown in figure 40 to obtain a 'virtual' ring system and result investigated. The result showed that under-voltage occurred in the buses. Reasons for this were advanced in the report. Suggestions were also made what practically could be done to optimize the performance of the system.

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COMPUTER-AIDED LOAD-FLOW STUDIES OF 132KV TRANSMISSION LINE IN NIGERIA USING OSOGBO AXIS AS A CASE STUDY - MBA - BY - FAMOKUN ZACCHAEUS ADELUSE - JAN 2002.pdf

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