EE410 Power System Protection

Post date: Dec 3, 2018 7:38:20 AM

EE410 Course Plan and Evaluation Plan

NATIONAL INSTITUTE OF TECHNOLOGY KARNATAKA - SURATHKAL

Offered for VIII SEM. B.Tech. [E.E.E]

Department Name: ELECTRICAL & ELECTRONICS ENGINEERING

Course Code: EE410, Course Title: Power System Protection, Category: Elective

Course Instructor: Dr.K.P.Vittal

Course Plan

1. L-T-P: 3-1-0

2. Credits: 4

3. Prerequisite: Digital Electronic Circuits (Combinational and Sequential circuits), Microprocessors, Power system Operation Principles.

4. Teaching Department: E. E. E. Dept.

5. Objectives of the Course: Building the concept of power system protection, laying basic foundation for design of numeric relaying schemes, present state of art in

computer aided protection and future trends in protection.

6. Skill development: Design of numeric relays, Planning and coordination of relaying schemes.

7. Course Coverage (40 Hours Lecture Schedule):

8. Reference Books:

a. Power System Relaying - Stanley H Horowitz and Arun G Phadke, John Wiley & Sons,Ltd., 3rd Edition, 2008.

b. Computer Relaying for Power Systems - Arun G Phadke and J. S. Thorpe, Publisher: John Wiley & Sons Ltd. & Research Studies Press, 2nd Edition, 2009.

c. Digital Protection for Power Systems – A.T.Johns and S.K.Salman, IEE Publications, UK, 1995.

d. NPTEL, IIT Mumbai web course material on “Power system protection” by Dr. S. A. Soman.

9. Details of Tutorials: Mini Project Discussion and seminars during tutorial hour (Last class of week)

Evaluation Plan:

(Details of evaluation plan including the weightages for each of the component conforming to the regulations.)

a. Mini Project Discussion & Seminars [25% weightage].

b. Mid semester exam [25%]

c. End semester exam [50%]

Date: 20th Feb

Mini Project & Assignments - Weightage 25%:

1. Present your mini project work in scheduled seminar for 15 minutes per registrant.

and

2. Demonstrate execution of following Programs on LAPTOP with appropriate plots and explain inferences drawn (during tutorial hour of class):

a. Write Python, MATLAB or C or C++ programs to evaluate following algorithms: 2 samples,3 samples, Half Cycle Window Fourier, and Full cycle Window Fourier. Evaluate their relative performance under random noise, harmonic noise and decaying dc signal conditions. Evaluate all these algorithms based on their frequency response.

b. Write a program to determine frequency of single phase Voltage Phasor and Positive Sequence Voltage Phasors using DFT technique.

Mini Project & Assignments Submission:

1. Mini project work on Design of Data Acquisition System shall be submitted in a booklet (Sessional book).

2. Tutorial on Development of Computer program on Relaying Algorithms:

Please note that, following must be submitted in a USBD / CD on 01st June, 2020 11am by CR

i. USBD / CD / Cloud Drive Folder Label: Course number, Course title Semester duration (eg.EVEN.SEM.20xx.EE410)

ii. USBD / CD / Cloud Drive Folder Content having subfolders as per the roll number of each registrant as 15EExxx.

iii. Each folder content shall be: Simulation programs written with proper file name, commented and indented properly.

Date 09th April

1. Please find in semester performance marks in pdf file: EVEN.20xx.EE410.INSEM-MARKS.