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KUMARAGURU
COLLEGE OF TECHNOLOGY
COIMBATORE
– 641 049
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COURSE
PLAN
Faculty Name
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SHARMILA DEVE.V
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Designation / Dept.,
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ASSO.PROF/EEE
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Course Code / Course
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U14EET402 TRANSMISSION AND
DISTRIBUTION
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Programme /
Semester/Section
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BE ELECTRICAL AND ELECTRONICS
ENGINEERING/ FOURTH /A
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At the end of the
course, the student will be able to:
CO1:
Describe transmission elements in power system network.
CO2:
Summerize the modeling of transmission and distribution components and analyze
its performance
CO3:
Apply the concepts of transmission line into real time transmission networks.
Preparation of course outcomes (COs) assessment table:
Cos
|
Knowledge
level
|
Assessment
tools
|
|||||
Internal
test
|
Model
exam
|
End
semester exam
|
Assignment
|
Projects
|
|||
1
|
2
|
||||||
CO1
|
K1
|
100
|
|
33
|
33
|
33
|
|
CO2
|
K2
|
|
100
|
30
|
30
|
33
|
|
CO3
|
K3
|
|
|
37
|
37
|
33
|
|
Total
|
|
|
100
|
100
|
100
|
|
It is see that efforts are to be
taken to achieve the following level of knowledge i.e., K2, K3,K4,K6 through
this course. (K1-Remembering, K2-Understanding,
K3-Applying, K4-Analyzing, K5-Evaluating, K6-Creating)
Topic with lesson plan with
outcome based focus:
Note:
Teaching Methodology (Lecture, discussion, panel discussion, debate,
quiz, student seminar, case study, demonstration, tutorial, guest lectures
etc., )
Note:
Topic wise class notes is to be prepared by the teacher as per format
enclosed
Session No.
|
Date
|
Topic proposed to be
covered
|
Material no. (of the class
notes prepared as per format)
|
References for reading
(book / journals / websites)
|
Teaching methodology
|
Focus for CO achievement
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TRANSMISSION LINE PARAMETERS
|
||||||
1
|
|
Structure
of electrical power system: various levels such as generation, transmission
and distribution. Parameters of transmission line Resistance. Skin effect and
proximity effect
|
1
|
1,2,3,6
|
Lecture, Discussion
|
CO1
|
2,3
|
|
Inductance of solid conductors- single phase , three
phase ( symmetrical and unsymmetrical spcing)- transposition concept
|
2
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1,2,3
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Lecture, Discussion
|
CO1,CO2
|
4,5
|
|
Inductance of stranded conductors- problems
|
3
|
1,2,3
|
Lecture, Discussion
|
CO3
|
6
|
|
Inductance of bundled conductors - problems
|
4
|
1,2,3
|
Lecture, Discussion
|
CO3
|
7,8
|
|
Capacitance of solid and stranded conductors- single
phase and three phase
|
5
|
1,2,3
|
Lecture, Discussion
|
CO1,CO2
|
9,10
|
|
Capacitance of bundled conductors - problems
|
6
|
1,2,3
|
Lecture, Discussion
|
CO3
|
11
|
|
Interference
with
neighbouring communication circuits.
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7
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1,2,3,6
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Seminar
|
CO1
|
12
|
|
Typical configuration, conductor types and
electrical parameters of 400, 220, 110, 66 and 33 kV lines.
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8
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1,2,3,6
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Seminar
|
CO1
|
*
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|
Decentralised power system network
|
|
|
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CO1,CO3
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UNIT – II MODELLING AND PERFORMANCE OF
TRANSMISSION LINES
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||||||
1,2,3
|
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Classification of line: Classification of lines: Short line, medium line
and long line - equivalent circuits, attenuation constant,
phase
constant, surge impedance, transmission efficiency and voltage regulation
|
9
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3,4,5
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Lecture, Discussion
|
CO1,CO2
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4,5
|
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Problems in modeling of transmission line
|
10
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3,4,5
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Lecture, Discussion
|
CO3
|
6
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|
Real and reactive
power flow in lines: Power-angle diagram, surge
impedance loading, loadability limits based on thermal loading, angle and
voltage stability considerations. - Ferranti effect
|
11
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3,4,5
|
Lecture, Discussion
|
CO2
|
7,8
|
|
Problems in performance of transmission line
|
12
|
3,4,5
|
Lecture
|
CO2,CO3
|
9
|
|
Shunt and
series compensation
|
13
|
3,4,5,8
|
Seminar
|
CO1
|
10
|
|
Phenomena
of corona and its losses.
|
14
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3,4,5
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Video Lecture
|
CO1,CO2
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11,12
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Problems in corona
|
15
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3,4,5
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Lecture
|
CO3
|
*
|
|
Billions in change- Free energy video
|
|
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Video
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CO2
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INSULATORS AND CABLES
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||||||
1
|
|
Types of insulators
|
17
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3,4,5
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Lecture, Discussion
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CO1,CO2
|
2,3
|
|
Voltage distribution in insulator string and
grading, improvement of string efficiency
|
18
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3,4,5
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Lecture, Discussion
|
CO2
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4,5
|
|
Problems in insulator
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19
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3,4,5
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Lecture
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CO2,CO3
|
6,7,8
|
|
Constructional features of Underground cables( LT
and HT cables)- capacitance and thermal characteristics
|
20
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3,4,5
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Lecture
|
CO2
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9,10
|
|
Cable dielectric stress and grading
|
21
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3,4,5
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Lecture, Discussion
|
CO2
|
11,12
|
|
Problems in Underground cable
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22
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3,4,5
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Lecture
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CO2,CO3
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SUBSTATION AND GROUNDING SYSTEM
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||||||
1
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14-09-15
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Types of
substations
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23
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4
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Lecture, Discussion
|
CO1,CO2
|
2,3
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16-09-15
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Bus-bar
arrangements
|
24
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4,8
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Lecture,
Seminar
|
CO1,CO2
|
4,5,6
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18-09-15
|
Substation bus schemes-Single bus scheme, double bus
with double breaker, double bus with single breaker, main and transfer bus,
ring bus, breaker-and-a-half with two main buses, double bus-bar with bypass
isolators.
|
25
|
4
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Lecture,
Seminar,
Discussion
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CO1,CO2
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7,8
|
19-09-15
21-09-15
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Resistance of grounding systems - Resistance
of driven
rods, resistance of grounding point electrode, grounding grids.
|
26
|
4
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Lecture, Seminar,
Discussion
|
CO1,CO2
|
9,10
|
22-09-15
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Design principles of substation
grounding
system, neutral grounding
|
27
|
4
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Lecture, Discussion
|
CO1,CO2
|
11,12
|
23-09-15
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Substation
layout for 110/33/11 kV.
|
28
|
4,8
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Lecture, Seminar,
Discussion
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CO2,CO3
|
UNIT
–V DISTRIBUTION SYSTEM AND HVDC SYSTEM
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||||||
1,2
|
12-10-15
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Classification
of Distribution systems - AC distribution and DC Distribution
|
29
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4,5,7
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Lecture, Discussion
|
CO1
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3,4
|
13-10-15
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Connection Scheme of
Distribution
System - Radial system, Ring-main and Interconnected System
|
30
|
4,5,7
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Lecture, Discussion
|
CO1,CO2
|
5,6,7
|
15-10-15
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AC distribution - AC
distributor with concentrated load - three-phase,
four-wire distribution system. Sub-mains - Stepped and
tapered
mains.
|
31
|
4,5,7
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Lecture
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CO1,CO2
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8,9
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15-10-15
16-10-15
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problems
|
32
|
4,5
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Lecture, Discussion
|
CO2,CO3
|
10,11,12
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17-10-15
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HVDC System : Types of HVDC system, advantages and
limitations of HVDC - HVDC
transmission
system in India
|
33
|
4,5,7,8
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Lecture, Seminar,
Discussion
|
CO1,CO2
|
No
of Periods in the syllabus : 55
No
of hours planned : 58
No
of hours taught :
If
deviation, reason for details : 3 periods for beyond the syllabus.
Books/Journals
and Websites
Sl.No
|
|
Details
|
1
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Website
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http://nptel.ac.in/courses/Webcourse-contents/IIT-KANPUR/power-system.html
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2
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Youtube:
NPTEL
|
|
3
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Books
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B. R.
Gupta, “Power System Analysis and Design”, 5th Edition, S.
Chand, 2001, New Delhi..
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4
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Books
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C.L. Wadhwa, “Electrical Power Systems”, 6th Edition,
New Age International (P) Ltd., 2010,
New Delhi
|
5
|
Books
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D. P Kothari and I J Nagrath “Modern Power System
Analysis”, 4th Edition, Tata McGraw Hill,
2011, New Delhi.
|
6
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Website
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Central Electricity Authority (CEA), “Manual on
Transmission Planning Criteria”, Jan 2013, New Delhi.
|
7
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Handbook
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Tamil Nadu Electricity Board Handbook,
2003.
|
8
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website
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Teaching aids needed
Sl.No
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Session No.
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Details of teaching aids
needed
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1
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All
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Black board, Multimedia
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Activities/ Project
Sl.No
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Project details
|
Submission date
|
-
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-
|
-
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Assignments
Sl.No
|
Assignment details
|
Submission date
|
1
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Questions
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Sep-15
|
2
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Quiz
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Oct-14
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Test dates
Test
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Date of test
|
INT-1
|
19-08-15
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INT-2
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29-09-15
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INT-3
|
05-10-15
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Sign of course faculty Sign
of course HoD
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