- Instructor: Lagos City Polytechnic
- Lectures: 10
- Duration: 10 weeks
COURSE TITLE: ELECTRICAL POWER SYSTEM II
COURSE CODE: EEC232
PROGRAMME: ND IN ELECTRICAL ENGINEERING
LECTURER: ENGR. EZENDIOKWELU EMMANUEL
LEVEL: ND II
SEMESTER: IST
ELECTRICAL POWER SYSTEM II
Summary of Syllabus
✓ Describe how voltage is produced in a conductor when in the presence of a changing magnetic field
✓ Explain how three coils of wire in the presence of a changing magnetic field produce three-phase voltage
✓ Describe how current flowing through a wire produces a magnetic field
✓ Discuss how generator rotors provide the magnetic field for the generation of electricity
✓ Describe the three main components of a generator
✓ Explain what is meant by real-time generation
✓ Discuss the two different ways to connect three generator windings symmetrically
✓ Discuss the different types of generation plants (i.e., steam, nuclear, wind, etc.)
✓ Describe the different power plant prime-mover types Explain why high-voltage transmission lines are used
✓ Explain the different conductor types, sizes, materials, and configurations
✓ Discuss the different types of insulation used for overhead and underground conductors
✓ Identify the common electric power system transmission voltage classes
✓ Discuss the different transmission line electrical design characteristics (insulation, air gaps, lightning performance, etc.)
✓ Explain the differences between ac and dc transmission line design, reliability, applications, and benefits
✓ Discuss overhead and underground transmission systems
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ELECTRICAL POWER SYSTEM II
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Lecture 2.1ALTERNATING VOLTAGE (AC) VOLTAGE GENERATION
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Lecture 2.2REAL-TIME GENERATION
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Lecture 2.3GENERATION
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Lecture 2.4Nuclear Power Plants
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Lecture 2.5POWER PLANTS AND PRIME MOVERS
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Lecture 2.6SOLAR REFLECTIVE POWER
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Lecture 2.7Combustion Turbine Generation Plants
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Lecture 2.8Solar Direct Generation (Photovoltaic)
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Lecture 2.9TRANSMISSION LINES
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Lecture 2.10TRANSMISSION LINE DESIGN PARAMETERS
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