Wednesday, 10 April 2013

eaching plan of Power System Analysis

MEHRAN    UNIVERSITY  OF   ENGINEERING  &  TECHNOLOGY

                                                                                            FRM-001/00/QSP-006

                                                                                                                  Feb.04, 2002

TENTATIVE TEACHING PLAN

DEPARTMENT OF ELECTRICAL ENGINEERING
Name of Teacher:     Prof. Agha Zafarullah Pathan 
Subject:     Power System Analysis               Batch: 07        Year: Final     Term: 7th
Session Starting Date: 03-01-2011                                       Term Ending Date: 24-04-2011
S #
Topic
No. of Lect.
Hrs. Req.
1.         
Introduction to the subject
01
2.         
Representation of power systems: Symbols, building blocks
01
3.         
One line diagram: Construction methodology
01
4.         
The impedance and reactance diagrams
02
5.         
Single-Phase solution of balanced three phase network
01
6.         
Per unit computation: Selection / Change of base of p.u quantities
02
7.         
Solution of numericals
03
8.         
Analysis of symmetrical components
02
9.         
Problems using symmetrical components
04
10.     
Sequence impedance of power transmission lines
02
11.     
Sequence impedance and network of synchronous machines
01
12.     
Sequence impedance of transformers
01
13.     
Construction of sequence network of a power system
01
14.     
Line to ground faults of machines + problems
02
15.     
Line to line faults of machines + problems
02
16.     
Line to line to grounds faults of machines + problems
02
17.     
Faults through impedance + problems
01
18.     
Faults on large Systems
04
19.     
Comparison of faults on grounded and ungrounded system
01
20.     
Network model equations and their formulation
01
21.     
Load flow problem
02
22.     
Comparison of load flow methods
02
23.     
Control of voltage profile
01
24.     
Classification of various buses
01
25.     
Nodal admittance Matrix-3bus/5n-bus
03
26.     
Gauss-Seidal Method
02
27.     
Steady state and transient and transient stability
02
28.     
Power Angle diagram
02
29.     
Two Machine System + problems
02
                                                                        Total Lecturer hrs:
52


Signature of Teacher                                                               Dated:


Remarks of DMRC                                                    


Signature of Chairman                                                            Dated:
                                                                                    



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