Course
code | EE745 |
credit_hours | 3 |
title | Power System Control and Stability |
arbic title | |
prequisites | None |
credit hours | 3 |
Description/Outcomes | Machine voltage control: Exciters. System voltage control. Modeling of interconnected systems. System dynamics. Stability concepts. Steady state and Transient stability. Multi-machine systems. Dynamic stability. Power system stabilizers. Static VAR systems. DC links. Phenomenon of synchronous resonance. |
arabic Description/Outcomes | |
objectives | The student should be able to: Understand the excitation systems and their modeling. Understand the main concepts of stability – steady state – transient – dynamic. Understand the operation of VAR systems. Understand the DC links. |
arabic objectives | |
ref. books | O. L. Elgerd, "Electric Energy System and Theory", McGraw-Hill, N.Y. 1982. P. M. Anderson and A. A. Fouad, "Power System Control and Stability", IEEE Computer Society Publisher, 1994. |
arabic ref. books | |
textbook | |
arabic textbook | |
objective set | |
content set | |
Course Content
content serial |
Description |
1 |
Characteristics of modern power systems.
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2 |
Introduction to power system stability problem.
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3 |
Excitation systems.
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4 |
Reactive power and voltage control.
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5 |
Methods of voltage control.
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6 |
Active power and frequency control.
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7 |
Fundamental of automatic generation control.
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8 |
Transient stability.
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9 |
Small signal stability.
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10 |
Small signal stability of single machine infinite bus system.
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11 |
Power system stabilizer.
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12 |
Voltage stability & basic concept.
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13 |
Voltage collapse.
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14 |
Voltage stability analysis.
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15 |
Prevention of voltage collapse.
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16 |
Final Exam.
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