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APPLICATION OF FUZZY LOGIC TECHNIQUE FOR POWER LOSS REDUCTION IN THE NIGERIA 330KV SYSTEM
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ABSRACT - [ Total Page(s): 1 ]To improve the overall efficiency of the power system, the performance
of transmission system must be improved. Some of the vital ways of
achieving this objective is by reducing power losses in the system and
also improving voltage profile. An important method of controlling bus
voltage is by shunt capacitor banks in the transmission substations. The
capacitor absorbs reactive power flow in the system, thus improving
power factor. When this is done, active power is also improved. In this
work, a 10-bus transmission system is taken as model. Newton-Raphson’s
power flow pr
... Continue Reading
CHAPTER ONE - [ Total Page(s): 2 ]CHAPTER ONEINTRODUCTION1.1 Background of StudyElectrical energy is generated at power stations which are usually located far away from load centres [1]. Thus, a network of conductors between the power stations and the consumers is required in order to harness the power generated. This network of conductors may be divided into two main components, namely, the transmission system and the distribution system [1]. As power flows in the lines, a significant amount is lost. Accurate knowledge of these power losses on transmission lines and their minimization is a critical component f ... Continue Reading
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ABSRACT - [ Total Page(s): 1 ]To improve the overall efficiency of the power system, the performance
of transmission system must be improved. Some of the vital ways of
achieving this objective is by reducing power losses in the system and
also improving voltage profile. An important method of controlling bus
voltage is by shunt capacitor banks in the transmission substations. The
capacitor absorbs reactive power flow in the system, thus improving
power factor. When this is done, active power is also improved. In this
work, a 10-bus transmission system is taken as model. Newton-Raphson’s
power flow pr
... Continue Reading
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