High Voltage Engineering Electrical Eng 5th Sem Syllabus for Diploma BTEUP 2017

High Voltage Engineering detail syllabus for Electrical Engineering, effective from 2017, is collected from BTEUP 2017 Syllabus official website and presented for diploma students. The course details such as exam duration, Teaching Hr/week, Practical Hr/week, Total Marks, internal marks, theory marks, duration and credits do visit complete sem subjects post given below.

For all other electrical eng 5th sem bteup diploma syllabus 2017 you can visit Electrical Eng 5th Sem BTEUP Diploma Syllabus 2017 Subjects. For all other elective subjects do refer to Electives. The detail syllabus for high voltage engineering is as follows.

Rationale:

High voltage principles form an important and essential part of the Electric Power System. The voltage level at which power is transmitted whether it is AC or DC is always on the increase. High voltage testing of elecrical equipment is an important field where a diplima engineer may be employed. This can be in a high voltage laboratory of industry manufacturing high voltage equipment or in a electical supply undertaking resposible for installation, erection and maintenance of high voltage transmission.

DETAILED CONTENTS:

1. BASIC PROCESS OF CONDUCTION AND BREAK DOWN IN SOLID, DIELECTRICS :

1. Classification of insulating materials.
2. The di-electric constant.
3. Properties of dielectric.
4. Dielectric Break-down
5. Intrinsic break-down and test apparatus to measure strength of solids.
6. Frohlic theory of break-down for crystalline dielectric.
7. Band theory of break-down for amorphous dielectric.
8. Thermal break-down and time to thermal break-down.
9. Discharge Break-down.
10. Electro Chemical Break-down.
11. Measurement of dielectric loss or loss angle.
12. Commonly used solid dielectrics.

2. BASIC PROCESS OF CONDUCTION AND BREAK DOWN IN LIQUID AND GASEOUS DIELECTRICS :

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3. HIGH VOLTAGE GENERATION :

1. Power Frequency High Voltage Generation :
   1. High Voltage Transformers.
   2. Cascaded Transformers.
   3. Senes Resonance Method.
   4. Resonance Transformers.
2. High Voltage DC Generation :
   1. Rectifiers.
   2. Voltage Doubling Circuits.
   3. Voltage Multiplier Circuits.
   4. Electrostatic Generation.
3. Generation of Impulse Voltages :
   1. Basic Impulse Circuit.
   2. Single Stage Impulse Generators.
   3. Multistage impulse generators.
   4. Generation of switching surges.
   5. Generation of high frequency voltages.

4. CONSTRUCTIONAL DETAILS OF CIRCUITS ELEMENT :

1. High Voltage Capacitor.
2. High voltages Resistors.

5. MEASUREMENT OF HIGH VOLTAGES :

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6. HIGH VOLTAGE TESTING :

1. Transformer Testing.
2. Line Insulators Testing
   1. Mechanical Strength
   2. Porosity
   3. Power Frequency Dry Flashover Voltage
   4. Power Frequency Wet Flashover Voltage
   5. Impulse Voltages Flashover Test
   6. Puncture Voltage
3. Testing of Power Cables
   1. Type approval Tests.
   2. Development Tests.
4. Testing of Power transformers – Connection for transformers
5. Power Capacitor Testing
   1. Impulse Test
   2. Discharge Test
6. Isolator Testing
   1. Impulse Voltage Test
   2. Power Frequency Voltage Dry Test
   3. Power Frequency Voltage Wet Test
7. Current Transformer Testing
   1. Power Frequency High Voltage Test
   2. Impulse Voltage Test
8. Testing of voltage transformer-induced voltage test.

LIST OF BOOKS

1. Anderson, J. C.- ‘Dielectrics’- Chapman and Hall, London.
2. Blume L.F. – ‘Transformer Engineering’- John Wiley, New York.
3. Meek J. M. and Cragg JD- ‘Electric Break Down in gases, Oxford
   1. IS 731(1971) Porcelain Insulator
   2. IS 1180(1979) Distribution Transformer
   3. IS 1876(1961) Voltage Measurement by Sphere Gap
   4. IS 2026(1962) Power Transformers
   5. IS 2070(1972) Impulse Voltage Testing
   6. IS 2071(1974) High Voltage testing
   7. IS 2165(1973) Insulation Co-ordination
   8. IS 2516(1966) AC Circuits Braker
   9. IS 2705(1964) Current Transformers
   10. IS 3156(1965) Voltage Transformers
   11. IS 6792(1972) Determination of Electrical Strength of insulating oils.
4. Power System Transients and High Voltage Principles- B.R. Gupta and L. K. Khera.

For detail syllabus of all other subjects of BE Electrical Eng, 2017 scheme do visit Electrical Eng 5 syllabus for 2017 Scheme.

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