GENERATION TRANSMISSION & DISTRIBUTION
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Course Overview
Schedule of Classes
Course Curriculum
1 Subject
GENERATION TRANSMISSION & DISTRIBUTION
10 Exercises • 86 Learning Materials
UNIT 1 - GENERATION OF ELECTRICITY
1.1 Introduction for Power generation
1.2 Introduction to thermal power station
1.3 Thermal power plant
1.4 Efficiency of thermal power stations
1.5 Hydroelectric power plant
1.6 Selecting the site of hydel power stations
1.7 Classification of Hydro-electric power station
1.8 Nuclear fission and fusion reaction
1.9 Nuclear fuels
1.10 Types of nuclear reactions
1.11 Factors for selecting the nuclear power plant
1.12 Schematic arrangement of nuclear power station
1.13 Parts of a nuclear reactor
1.14 Introduction-solar energy
1.15 Solar energy conversion
1.16 Solar collectors
1.17 Concentrating and non-focusing collectors
1.18 Solar energy applications
1.19 Photovoltaic devices
1.20 Photovoltaic cell for power generation
1.21 Assessment
1.22 FAQ
UNIT 2 - TRANSMISSION OF ELECTRIC POWER
2.1 Introduction
2.2 Typical A.C. Power supply scheme
2.3 Comparison of A.C. and D.C. power transmission
2.4 Various effects on transmission lines
2.5 Kelvin's law for economical size of conductor
2.6 Voltage regulation and efficiency of transmission line
2.7 Corona and Corona losses in transmission line
2.8 Skin effect, Proximity effect and Ferranti effect
2.9 Assessment
2.10 FAQ
UNIT 3 - OVERHEAD LINES
3.1 Types of line supports
3.2 Method of laying foundation to poles
3.3 Cross arms and economical spacing of conductors
3.4 Pole guy and methods of fixing of pole guys
3.5 Conductor spacing and ground clearance
3.6 Types of Conductor materials
3.7 Types of tower
3.8 Line insulators
3.9 Voltage distribution across a string of suspension insulator
3.10 Methods of improving string efficiency
3.11 Sag
3.12 Assessment
3.13 FAQ
UNIT 4 - PERFORMANCE OF SHORT AND MEDIUM LINES
4.1 Classification of Transmission line
4.2 Short transmission lines
4.3 Medium transmission line
4.4 Long transmission line
4.5 Surge impedance and surge impedance loading
4.6 Equivalent T and π network of long transmission line
4.7 Power flow through transmission lines
4.8 Assessment
4.9 FAQ
UNIT 5 - EHV TRANSMISSION
5.1 EHVAC Transmission
5.2 HVDC Transmission
5.3 FACTS
5.4 Assessment
5.5 FAQ
UNIT 6 - DISTRIBUTION SYSTEMS
6.1 Distribution system
6.2 Types of D.C. distributors
6.3 A.C. distributions
6.4 Assessment
6.5 FAQ
UNIT 7 - UNDERGROUND CABLES
7.1 Introduction of cables
7.2 Classification of cables
7.3 Insulation resistance of cable
7.4 D.C. cable
7.5 Methods of cable lying
7.6 Testing the cable
7.7 Assessment
7.8 FAQ
UNIT 8 - ECONOMIC ASPECTS
8.1 Base load and Peak load
8.2 Load dispatch
8.3 Cost of generation
8.4 Methods of determination of depreciation
8.5 Load curve, load factor, diversity factor and maximum demand
8.6 Problem on combined operation and economics
8.7 Problems on variable load
8.8 Effects of power factor and methods of improvement
8.9 Problems on Power factor improvement
8.10 Assessment
8.11 FAQ
UNIT 9 - TYPES OF TARIFF
9.1 Tariff
9.2 TOD tariff
9.3 Problems on variable load
9.4 Assessment
9.5 FAQ
UNIT 10 - SUBSTATION
10.1 Introduction of substations
10.2 Selecting of site and location for a substation
10.3 Symbols for various equipment's used in substation
10.4 Equipment's for substation
10.5 Layout of substations
10.6 Methods of grounding
10.7 Assessment
10.8 FAQ
Course Instructor
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Skilled in Odisha
573 Courses • 1478085 Students
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