Saturday, February 13, 2016

U14EET402- TRANSMISSION AND DISTRIBUTION - COURSE PLAN

ACD 03(02)



KUMARAGURU COLLEGE OF TECHNOLOGY
COIMBATORE – 641 049

COURSE PLAN

Faculty Name
SHARMILA DEVE.V
Designation / Dept.,
ASSO.PROF/EEE
Course Code /  Course
U14EET402 TRANSMISSION AND DISTRIBUTION
Programme / Semester/Section
BE ELECTRICAL AND ELECTRONICS ENGINEERING/ FOURTH /A


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
  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
1,2,3
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.
7
1,2,3,6
Seminar
CO1
12

Typical configuration, conductor types and electrical parameters of 400, 220, 110, 66 and 33 kV lines.
8
1,2,3,6
Seminar
CO1
*

Decentralised power system network



CO1,CO3
UNIT – II              MODELLING AND PERFORMANCE OF TRANSMISSION LINES
1,2,3

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
3,4,5
Lecture, Discussion
CO1,CO2
4,5

Problems in modeling of transmission line
10
3,4,5
Lecture, Discussion
CO3
6

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
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
3,4,5
Video Lecture
CO1,CO2
11,12

Problems in corona
15
3,4,5
Lecture
CO3
*

Billions in change- Free energy video


Video
CO2
INSULATORS AND CABLES
1

Types of insulators
17
3,4,5
Lecture, Discussion
CO1,CO2
2,3

Voltage distribution in insulator string and grading, improvement of string efficiency
18
3,4,5
Lecture, Discussion
CO2
4,5

Problems in insulator
19
3,4,5
Lecture
CO2,CO3
6,7,8

Constructional features of Underground cables( LT and HT cables)- capacitance and thermal characteristics
20
3,4,5
Lecture
CO2
9,10

Cable dielectric stress and grading
21
3,4,5
Lecture, Discussion
CO2
11,12

Problems in Underground cable
22
3,4,5
Lecture
CO2,CO3
SUBSTATION AND GROUNDING SYSTEM
1
14-09-15
Types of substations
23
4
Lecture, Discussion
CO1,CO2
2,3
16-09-15
Bus-bar arrangements
24
4,8
Lecture,
Seminar
CO1,CO2
4,5,6
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
Lecture,
Seminar,
Discussion
CO1,CO2
7,8
19-09-15
21-09-15
Resistance of grounding systems - Resistance
of driven rods, resistance of grounding point electrode, grounding grids.
26
4
Lecture, Seminar,
Discussion
CO1,CO2
9,10
22-09-15
Design principles of substation
grounding system, neutral grounding
27
4
Lecture, Discussion
CO1,CO2
11,12
23-09-15
Substation layout for 110/33/11 kV.
28
4,8
Lecture, Seminar,
Discussion
CO2,CO3
UNIT –V               DISTRIBUTION SYSTEM AND HVDC SYSTEM
1,2
12-10-15
Classification of Distribution systems - AC distribution and DC Distribution
29
4,5,7
Lecture, Discussion
CO1
3,4
13-10-15
Connection Scheme of
Distribution System - Radial system, Ring-main and Interconnected System
30
4,5,7
Lecture, Discussion
CO1,CO2
5,6,7
15-10-15
AC distribution - AC
distributor with concentrated load - three-phase, four-wire distribution system. Sub-mains - Stepped and
tapered mains.
31
4,5,7
Lecture
CO1,CO2
8,9
15-10-15
16-10-15
problems
32
4,5
Lecture, Discussion
CO2,CO3
10,11,12
17-10-15
HVDC System : Types of HVDC system, advantages and limitations of HVDC - HVDC
transmission system in India
33
4,5,7,8
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

Website
http://nptel.ac.in/courses/Webcourse-contents/IIT-KANPUR/power-system.html

2
Youtube: NPTEL
3
Books
B. R. Gupta, “Power System Analysis and Design”, 5th Edition, S. Chand, 2001, New Delhi..
4
Books
C.L. Wadhwa, “Electrical Power Systems”, 6th Edition, New Age International (P) Ltd., 2010,
New Delhi
5
Books
D. P Kothari and I J Nagrath “Modern Power System Analysis”, 4th Edition, Tata McGraw Hill,
2011, New Delhi.
6
Website
Central Electricity Authority (CEA), “Manual on Transmission Planning Criteria”, Jan 2013, New Delhi.
7
Handbook
Tamil Nadu Electricity Board Handbook, 2003.
8
website

Teaching aids needed

Sl.No
Session No.
Details of teaching aids needed
1
All
Black board, Multimedia

Activities/ Project

Sl.No
Project details
Submission date
-
-
-

Assignments

Sl.No
Assignment details
Submission date
1
Questions
Sep-15
2
Quiz
Oct-14

Test dates

Test
Date of test
INT-1
19-08-15
INT-2
29-09-15
INT-3
05-10-15



Sign of course faculty                                                                       Sign of course HoD

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