1
LECTURE SCHEDULEFaculty: K.Sravan Sai Kumar Course:
VIISemester;Section : ASub: Power System Operation & Control
(PSOC) A.Y. 2013-14 ; 1. Wednesday, 12 June 2013Introduction To
Subject
2. Thursday, 13 June 2013Introduction To Subject
3. Friday, 14 June 2013Unit I: Economic Operation -
Introduction
4. Saturday, 15 June 2013System Constraints
5. Monday, 17 June 2013Input and Output Curves of Thermal Power
Plant
6. Monday, 17 June 2013Optimal Generation Allocation with Line
Loss Neglected
7. Wednesday, 19 June 2013Optimal Generation Allocation with
Line Loss Neglected
8. Thursday, 20 June 2013Numerical Problems
9. Friday, 21 June 2013Optimum Generation Allocation Including
the Effect of Transmission Line Losses
10. Saturday, 22 June 2013TUTORIAL - 01
11. Wednesday, 26 June 2013Optimum Generation Allocation
Including the Effect of Transmission Line Losses
12. Thursday, 27 June 2013Loss Coefficients
13. Friday, 28 June 2013Numerical Problems
14. Saturday, 29 June 2013TUTORIAL - 02
15. Monday, 1 July 2013General Transmission Line Loss
Formula
16. Monday, 1 July 2013Numerical Problems
17. Wednesday, 3 July 2013Unit I: Economic Operation -
Revision
18. Thursday, 4 July 2013Unit II: Hydro Thermal Scheduling -
Introduction
19. Friday, 5 July 2013Hydroelectric Power Plant Models
20. Saturday, 6 July 2013TUTORIAL - 03
21. Wednesday, 10 July 2013Scheduling Problems
22. Thursday, 11 July 2013Short Term Hydrothermal Scheduling
Problem
23. Friday, 12 July 2013TUTORIAL - 04
24. Monday, 15 July 2013Numerical Problems
25. Monday, 15 July 2013Unit II: Hydro Thermal Scheduling -
Revision
26. Wednesday, 17 July 2013Unit III: Modeling of Turbine,
Generator and Governor- Introduction
27. Thursday, 18 July 2013Modeling of Turbine: First order
Turbine model
28. Friday, 19 July 2013Block Diagram representation of Steam
Turbines and Approximate Linear Models
29. Saturday, 20 July 2013TUTORIAL - 05
30. Wednesday, 24 July 2013Modeling of generator with
synchronous machine network modeling
31. Thursday, 25 July 2013Derivation for swing equation
32. Friday, 26 July 2013State space model, Mathematical model of
synchronous machine
33. Saturday, 27 July 2013TUTORIAL - 06
34. Monday, 29 July 2013modeling of governing system
35. Monday, 29 July 2013speed governing system
36. Wednesday, 31 July 2013Advanced Topics
37. Thursday, 1 August 2013Advanced Topics
38. Friday, 2 August 2013Revision
39. Saturday, 3 August 2013Revision
40. Thursday, 8 August 2013derivation for small signal transfer
function
41. Monday, 12 August 2013Numerical Problems
42. Monday, 12 August 2013Unit III: Modeling of Turbine,
Generator and Governor- Revision
43. Wednesday, 14 August 2013Unit IV: Load Frequency Control -
Introduction
44. Friday, 16 August 2013Necessity of keeping frequency
constant, Definitions of Control area
45. Saturday, 17 August 2013TUTORIAL - 07
46. Wednesday, 21 August 2013Single area control Block diagram
representation of an isolated power system
47. Thursday, 22 August 2013Steady state analysis Uncontrolled
case
48. Friday, 23 August 2013Dynamic response Uncontrolled case
49. Saturday, 24 August 2013TUTORIAL - 08
50. Monday, 26 August 2013Numerical Problems
51. Monday, 26 August 2013Load frequency control of 2-area
system uncontrolled case
52. Wednesday, 28 August 2013Load frequency control of 2-area
system controlled case
53. Friday, 30 August 2013Numerical Problems
54. Saturday, 31 August 2013TUTORIAL - 09
55. Wednesday, 4 September 2013Tie-line bias control
56. Thursday, 5 September 2013Proportional plus Integral control
of single area and its block diagram representation
57. Friday, 6 September 2013steady state response
58. Saturday, 7 September 2013TUTORIAL - 10
59. Wednesday, 11 September 2013Load Frequency Control and
Economic dispatch control
60. Thursday, 12 September 2013Unit IV: Load Frequency Control -
Revision
61. Friday, 13 September 2013TUTORIAL - 11
62. Wednesday, 18 September 2013Unit V: Voltage Collapse and
Reactive Power Control - Introduction
63. Thursday, 19 September 2013Comparison of angle stability
with voltage stability
64. Friday, 20 September 2013Reactive power flow and voltage
collapse
65. Saturday, 21 September 2013TUTORIAL - 12
66. Monday, 23 September 2013V-Q sensitivity analysis
67. Monday, 23 September 2013Reactive power compensation in
transmission systems
68. Wednesday, 25 September 2013Types of Reactive power
compensation in transmission systems
69. Thursday, 26 September 2013Load compensation, specifications
of load compensator
70. Friday, 27 September 2013Uncompensated and compensated
transmission lines: shunt and Series
71. Saturday, 28 September 2013TUTORIAL - 13
72. Thursday, 3 October 2013Numerical Problems
73. Friday, 4 October 2013TUTORIAL - 14
74. Saturday, 5 October 2013Unit V: Voltage Collapse and
Reactive Power Control - Revision
75. Monday, 7 October 2013Revision
76. Monday, 7 October 2013Revision
77. Wednesday, 9 October 2013Revision
LECTURE SCHEDULEFaculty :K.Sravan Sai Kumar Course: VIISemester
;
Sub: Power System Operation & Control (PSOC) A.Y. 2013-14 ;
Section : B78. Monday, 10 June 2013Introduction To Subject
79. Tuesday, 11 June 2013Introduction To Subject
80. Wednesday, 12 June 2013Unit I: Economic Operation -
Introduction
81. Thursday, 13 June 2013System Constraints
82. Saturday, 15 June 2013Input and Output Curves of Thermal
Power Plant
83. Monday, 17 June 2013Optimal Generation Allocation with Line
Loss Neglected
84. Tuesday, 18 June 2013Optimal Generation Allocation with Line
Loss Neglected
85. Wednesday, 19 June 2013Numerical Problems
86. Thursday, 20 June 2013Optimum Generation Allocation
Including the Effect of Transmission Line Losses
87. Saturday, 22 June 2013TUTORIAL - 01
88. Monday, 24 June 2013Optimum Generation Allocation Including
the Effect of Transmission Line Losses
89. Tuesday, 25 June 2013Loss Coefficients
90. Wednesday, 26 June 2013Numerical Problems
91. Thursday, 27 June 2013TUTORIAL - 02
92. Saturday, 29 June 2013General Transmission Line Loss
Formula
93. Monday, 1 July 2013Numerical Problems
94. Tuesday, 2 July 2013Unit I: Economic Operation -
Revision
95. Wednesday, 3 July 2013Unit II: Hydro Thermal Scheduling -
Introduction
96. Thursday, 4 July 2013Hydroelectric Power Plant Models
97. Saturday, 6 July 2013TUTORIAL - 03
98. Monday, 8 July 2013Scheduling Problems
99. Tuesday, 9 July 2013Short Term Hydrothermal Scheduling
Problem
100. Wednesday, 10 July 2013TUTORIAL - 04
101. Thursday, 11 July 2013Numerical Problems
102. Monday, 15 July 2013Unit II: Hydro Thermal Scheduling -
Revision
103. Tuesday, 16 July 2013Unit III: Modeling of Turbine,
Generator and Governor- Introduction
104. Wednesday, 17 July 2013Modeling of Turbine: First order
Turbine model
105. Thursday, 18 July 2013Block Diagram representation of Steam
Turbines and Approximate Linear Models
106. Saturday, 20 July 2013TUTORIAL - 05
107. Monday, 22 July 2013Modeling of generator with synchronous
machine network modeling
108. Tuesday, 23 July 2013Derivation for swing equation
109. Wednesday, 24 July 2013State space model, Mathematical
model of synchronous machine
110. Thursday, 25 July 2013TUTORIAL - 06
111. Saturday, 27 July 2013modeling of governing system
112. Monday, 29 July 2013speed governing system
113. Tuesday, 30 July 2013Advanced Topics
114. Wednesday, 31 July 2013Advanced Topics
115. Thursday, 1 August 2013Revision
116. Saturday, 3 August 2013Revision
117. Thursday, 8 August 2013derivation for small signal transfer
function
118. Monday, 12 August 2013Numerical Problems
119. Tuesday, 13 August 2013Unit III: Modeling of Turbine,
Generator and Governor- Revision
120. Wednesday, 14 August 2013Unit IV: Load Frequency Control -
Introduction
121. Saturday, 17 August 2013Necessity of keeping frequency
constant, Definitions of Control area
122. Monday, 19 August 2013TUTORIAL - 07
123. Tuesday, 20 August 2013Single area control Block diagram
representation of an isolated power system
124. Wednesday, 21 August 2013Steady state analysis Uncontrolled
case
125. Thursday, 22 August 2013Dynamic response Uncontrolled
case
126. Saturday, 24 August 2013TUTORIAL - 08
127. Monday, 26 August 2013Numerical Problems
128. Tuesday, 27 August 2013Load frequency control of 2-area
system uncontrolled case
129. Wednesday, 28 August 2013Load frequency control of 2-area
system controlled case
130. Saturday, 31 August 2013Numerical Problems
131. Monday, 2 September 2013TUTORIAL - 09
132. Tuesday, 3 September 2013Tie-line bias control
133. Wednesday, 4 September 2013Proportional plus Integral
control of single area and its block diagram representation
134. Thursday, 5 September 2013steady state response
135. Saturday, 7 September 2013TUTORIAL - 10
136. Tuesday, 10 September 2013Load Frequency Control and
Economic dispatch control
137. Wednesday, 11 September 2013Unit IV: Load Frequency Control
- Revision
138. Thursday, 12 September 2013TUTORIAL - 11
139. Monday, 16 September 2013Unit V: Voltage Collapse and
Reactive Power Control - Introduction
140. Tuesday, 17 September 2013Comparison of angle stability
with voltage stability
141. Wednesday, 18 September 2013Reactive power flow and voltage
collapse
142. Thursday, 19 September 2013TUTORIAL - 12
143. Saturday, 21 September 2013V-Q sensitivity analysis
144. Monday, 23 September 2013Reactive power compensation in
transmission systems
145. Tuesday, 24 September 2013Types of Reactive power
compensation in transmission systems
146. Wednesday, 25 September 2013Load compensation,
specifications of load compensator
147. Thursday, 26 September 2013Uncompensated and compensated
transmission lines: shunt and Series
148. Saturday, 28 September 2013TUTORIAL - 13
149. Monday, 30 September 2013Numerical Problems
150. Tuesday, 1 October 2013TUTORIAL - 14
151. Thursday, 3 October 2013Unit V: Voltage Collapse and
Reactive Power Control - Revision
152. Saturday, 5 October 2013Advanced Topics
153. Monday, 7 October 2013Revision
154. Tuesday, 8 October 2013Revision
155. Wednesday, 9 October 2013Revision
LAKIREDDY BALI REDDY COLLEGE OF ENGINEERING (AUTONOMOUS)
L.B.Reddy Nagar, Mylavaram-521 230. Andhra Pradesh, INDIA
Affiliated to JNTUK, Kakinada & Approved by AICTE New
Delhi
NAAC Accrredited with A grade, Accredited by NBA,
New Delhi & Certified by ISO 9001:2008,
http://www.lbrce.ac.in
DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING
Phone: 08659-222933/extn:203 [email protected]
LAKIREDDY BALI REDDY COLLEGE OF ENGINEERING (AUTONOMOUS)
L.B.Reddy Nagar, Mylavaram-521 230. Andhra Pradesh, INDIA
Affiliated to JNTUK, Kakinada & Approved by AICTE New
Delhi
NAAC Accrredited with A grade, Accredited by NBA,
New Delhi & Certified by ISO 9001:2008,
http://www.lbrce.ac.in
DEPARTMENT OF ELECTRICAL & ELECTRONICS ENGINEERING
Phone: 08659-222933/extn:203 [email protected]
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