Solution Manual For Power System Analysis and Design 7th Edition by J. Duncan Glover, Mulukutla S. Sarma, Thomas Overbye, Adam Birchfield

EEPS
Power System Analysisand Design
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CompilationcbycEngr.cEriccTamondong,cMMEM




References:
TomcOverbye,cUniversitycofcIllinoisc&cRosscBaldick,cUniversitycofcTexas;cPower
cSystemcAnalysiscbycHadicSaadat;


PowercSystemcLecturescbycPowerlinecReviewcCenter
PowercSystemcAnalysiscandcDesigncbycGlover,cSarmac&cOverbye

,Part I c



Introduction to Electrical Power Systems c c c c



1. Growth of Power Systems c c c



1.1 Evolution of Power System Structure c c c c



1.2 The New Power System Under EPIRA (RA 9136 of 2001)
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1.3 Major Components of Deregulated Power System
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1. 4The Interconnected Power Structure Powe
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r System Basic Concepts 2.1.Complex Powe
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r
2.2 Direction of Power Flow c c c



2.3 Per-Unit Quantities c



2.4 Changing the Base of Per Unit Quantities c c c c c c




System Modeling in Power System
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3.1 Series Impedance of Transmission Lines
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3.2.Capacitance of transmission lines c c c



3.3 Current and voltage relations on a Transmission lines
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3.4 Network Modeling c



3.5 Network Calculations c



3.6 Load Flow Solutions and Control
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Short Circuit Calculations
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4.1. Symmetrical Three-Phase Faults c c



4.2. Symmetrical Components c

, Introductiontopower systems
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• Power systems
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– Grid structure
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– Grid elements
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– New investments in the grid
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• Grid operation issues
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, The grid of today c c c




• Transmissionnetwork c




– To transport the electric power f
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rom the point of generation to th
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e load centers
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– All above a certain voltage
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• (Subtransmission)
• Distribution network c




– To distribute the electric power
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among the consumers c c




– Below a certain voltage
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