●1 Wattmeter Applications
1.1 ONE-WATTMETER METHOD
1.2 BLONDELL'S THEOREM
1.3 TWO-WATTMETER METHOD
1.4 THREE-WATtMETER METHOD
2 Advanced Three-Phase Systems
2.1 INTRODUCTION
2.2 THREE-PHASE SYSTEMS
2.3 COMPLEX POWER
2.4 REACTIVE POWER
EXERCISE 2.1
2.5 POWER MEASUREMENT IN THREE-PHASE SYSTEMS
EXERCISE 2.2
2.6 SYMMETRICAL COMPONENTS
EXERCISE 2.3
3 Theory of Power Transmission
3.1 INTER-CONNECTED SYSTEMS
EXERCISE 3.1
3.2 POWER GENERATION AND POWER ECONOMICS
EXERCISE 3.2
3.3 PER-UNIT SYSTEMS
EXERCISE 3.3
4 Alternating and Direct Current Distribution Systems
4.1 INTRODUCTION
4.2 REQUIREMENTS FOR GOOD DISTRIBUTION SYSTEMS
4.3 CLASSIFICATION OF DISTRIBUTION SYSTEMS
4.4 CONNECTION CIRCUITS OF DISTRIBUTION SYSTEMS
4.5 DIRECT CURRENT DISTRIBUTION SYSTEMS
4.6 ALTERNATING CURRENT DISTRIBUTION SYSTEMS
EXERCISE 4.1
5 Electric Lighting System
5.1 INTRODUCTION
5.2 TROUBLE SHOOTING WITH LUMINAIRES
5.3 LIGHTING DESIGN
5.4 PRODUCTION OF RADIATION
5.5 LAMP MATERIALS
5.6 DEFINITIONS
5.7 LAMPS
5.8 LIGHTING CONTROLS
5.9 EMERGENCY LIGHTING
6 Harmonics in Poly-Phase Circuits
6.1 STAR-CONNECTION
6.2 DELTA-CONNECTION
6.3 EQUIVALENT STAR AND DELTA VOLTAGES OF BAIANCED,
THREE-PHASE SYSTEMS WHICH HAVE NON-SINUSOIDAL
WAVES AND THAT CONTAIN ONLY ODD HARMONICS
EXERCISE 6.1
