EE466: Power Systems Protection 303

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EE466 Power Systems Protection (3-0-3)

• Dr. Ibrahim El-Amin

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Course Objectives and Outcomes

• To introduce students to protective of different
  power systems components.
• Relay operating principles are given.
• Protection schemes of transforms, transmission
  lines, generators and motors are explained in
  details.
• Also students will be given pilot and non-pilot
  protections circuits schemes

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Course Outcomes

• an ability to design protection scheme for
  different power system components
• an ability to do relays coordination for a
  complete power system
• an ability to function on multi-disciplinary
  teams
• an ability to identify, formulate, and solve
  engineering problems
• an ability to communicate effectively.
• an ability to use the techniques, skills, and
  modem engineering tools necessary for engineering
  practice

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Textbooks

• Power System Relaying by S.H. Horowitz
• Handout Notes on Power system Fault analysis

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Syllabus breakdown

• Introduction to power system (1 class)
• Symmetrical fault calculations (4 class)
• Unsymmetrical fault calculations (5 class)
• Introduction to protective relaying (5 class)
• Relay operation principles (5 class)
• Current and voltage transformers (3 class)

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Syllabus breakdown

• Non-pilot overcurrent protection of transmission
  lines (4 class)
• Rotating machinery protection (3 class)
• Transformers protection (3 class)
• Non-pilot distance protection of transmission
  lines (3 class)
• Pilot protection of transmission lines (3
  class)

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Grading System

• Assignments Quizzes (15)
• Major Exams (30)
• Design Projects (20)
• Final Exam (35)

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Examination Dates

• Major1 Tuesday October 31, 2006
• Major II Tuesday December 12, 2006