Fundamentals of Electrical Power Systems

SEEE2423

2021/2022-1

Week 1

1. Revision on AC Circuit, Nodal Analysis (AC), and Mesh Analysis (AC)
2. Instantaneous and Average Power
3. Maximum Average Power Transfer
4. Reactive and Apparent Power
5. Effective or RMS Value

Week 2

1. Tutorial on Power
2. Apparent Power and Power Factor
3. Complex Power
4. Conservation of AC Power
5. Power Factor Correction
6. AC Power Application
7. Tutorial on Power

Week 2

1. Introduction to Three Phase System
2. Balance Wye-Wye Connection
3. Balance Wye-Delta Connection

Week 3

1. Balance Delta-Delta Connection
2. Balance Delta -Wye Connection
3. Tutorial on Delta-Delta & Delta Wye Connections
4. Power in Balance Three Phase System
5. Tutorial on Power in Balance Three Phase System
6. Unbalance Three Phase System (Star Four Wire and Delta Connections)
7. W3g Unbalance Three Phase System (Star Three Wire)
8. W3h Simultaneous Equation for Complex number

Week 5

1. Unbalance Three Phase Power
2. 2-Wattmeter Method (Star 3 Wire)
3. 2-Wattmeter Method (Delta)

Week 4

1. Magnetism Theories
2. Magnetic Circuit
3. Tutorial on Magnetic Circuit

Week 5

1. Tutorial on Magnetic Circuit
2. Series Parallel Magnetic Circuit
3. Core Loss
4. Inductance

Week 5

1. Transformer Theories

Week 6

1. Ideal Transformer
2. Practical and Approximate Transformers
3. Transformer Test
4. Voltage Regulation
5. Efficiency
6. Test 1 Revision

Week 7

1. Autotransformer & 3 Phase Transformer

Week 9

1. Generation
2. Thermal Power Station
3. Hydroelectric Station
4. Gas, Wind, and Solar Power Generation

Week 10

1. Transmission
2. Short Line Representation
3. Medium Line Representation
4. Efficiency and Voltage Regulation

Week 12

1. Load
2. Tariff and Surcharge

Week 13

1. Principal of DC Machine
2. DC Machine Equivalent Circuit
3. DC Machine Calculation

Week 14

1. Induction Machine Part 1
2. Induction Machine Part 2