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[PDF] Power System Analysis by Murty

Power System Analysis by Murty

Power System Analysis by Murty, electrical power systems book pdf, electrical power systems books download free, electrical power system book pdf download, electrical power system book download, electrical power systems google books, electrical power systems quality book, electrical power systems best book, electrical power system protection books free download, electrical power system analysis book pdf, electrical power system protection books, electrical power systems book, electrical power system book free download, electrical power system design book, electrical power system protection book, electrical machines drives and power systems book, ebook of electrical power system, best book for electrical power systems, electrical power system google book, electrical power system book, electrical power systems books, electrical power systems books pdf, electrical engineering power systems books, electrical transients in power systems books, best books electrical power systems, electrical power system text book

Author: P S R Murty
Language: English
Length: 341 pages
Publisher: BPB Publicatons
Year of publishing: 2009
No of Pages: 341
Book Description:

Power system analysis is a pre-requisite course for electrical engineering students. This book introduces concepts of a power system, network model faults and analysis and the primitive network stability. It also deals with graph theory relevant to various incidence matrices, building of network matrices and power flow studies.

Power System Analysis PDF

Author(s): P S R Murty

Publisher: BS Publications , Year: 2007

ISBN: 9789350436301,9350436302

 

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[PDF] Power Systems Analysis By John Grainger

Power Systems Analysis By John Grainger, William Stevenson Jr. – Stevenson and Granger’s Power Systems Analysis 1st Edition is a comprehensive book for undergraduates taking up power systems as a course in their study. The book covers the topics of basic concepts, transformers, transmission line parameters & performance, network models, power flow solutions, 3-phase faults, symmetrical components and applications, economic operation and power system stability. In addition the book has been prepared with all the latest developments in the subject and gives many examples and logical discussions for the same.

Power System Analysis By John Grainger

Published by McGraw-Hill

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Power System Analysis

PDF Book & Solution Manual
 
Power System Analysis Textbook by John J. Grainger and William D. Stevenson
 
Book Description:
 Elements of Power System Analysis, this new senior/graduate text offers a completely modern update of this popular textbook. Covering such topics as power flow, power-system stability and transmission lines, the book teaches the fundamental topics of power system analysis accompanied by logical discussions and numerous examples.
Book Contents:
Chapter 1 Basic Concepts
Chapter 2 Transformers
Chapter 3 The Synchronous Machine
Chapter 4 Series Impedance of Transmission Lines
Chapter 5 Capacitance of Transmission Lines
Chapter 6 Current and Voltage Relations on a Transmission Line
Chapter 7 The Admittance Model and Network Calculations
Chapter 8 The Impedance Model and Network Calculations
Chapter 9 Power Flow Solutions
Chapter 10 Symmetrical Faults
Chapter 11 Symmetrical Components and Sequence Networks
Chapter 12 Unsymmetrical Faults
Chapter 13 Economic Operation of Power Systems
Chapter 14 Zbus Methods in Contingency Analysis
Chapter 15 State Estimation of Power Systems
Chapter 16 Power System Stability

 

Buy PaperBook:POWER SYSTEM ANALYSIS

 

Power System Analysis PDF

Author(s): William D. Stevenson, John J. Grainger

Publisher: McGraw Hill Education, Year: 1994

ISBN: 0070612935,9780070585157,0070585156

Free Download POWER SYSTEM ANALYSIS BY JOHN J. GRAINGER; WILLIAM D. STEVENSON, JR. PDF eBook

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[PDF] Electric Power Systems : A Conceptual Introduction

Electric Power Systems A Conceptual Introduction

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Electric Power Systems by Alexandra von Meier

Book Description:

A clear explanation of the technology for producing and delivering electricity
Electric Power Systems explains and illustrates how the electric grid works in a clear, straightforward style that makes highly technical material accessible. It begins with a thorough discussion of the underlying physical concepts of electricity, circuits, and complex power that serves as a foundation for more advanced material. Readers are then introduced to the main components of electric power systems, including generators, motors and other appliances, and transmission and distribution equipment such as power lines, transformers, and circuit breakers. The author explains how a whole power system is managed and coordinated, analyzed mathematically, and kept stable and reliable.
Recognizing the economic and environmental implications of electric energy production and public concern over disruptions of service, this book exposes the challenges of producing and delivering electricity to help inform public policy decisions. Its discussions of complex concepts such as reactive power balance, load flow, and stability analysis, for example, offer deep insight into the complexity of electric grid operation and demonstrate how and why physics constrains economics and politics.
Although this survival guide includes mathematical equations and formulas, it discusses their meaning in plain English and does not assume any prior familiarity with particular notations or technical jargon. Additional features include:
* A glossary of symbols, units, abbreviations, and acronyms
* Illustrations that help readers visualize processes and better understand complex concepts
* Detailed analysis of a case study, including a Web reference to the case, enabling readers to test the consequences of manipulating various parameters
With its clear discussion of how electric grids work, Electric Power Systems is appropriate for a broad readership of professionals, undergraduate and graduate students, government agency managers, environmental advocates, and consumers.

Buy PaperBook:Electric Power Systems: A Conceptual Introduction (Wiley Survival Guides in Engineering and Science)

 

Table Of Content:

1. The Physics of Electricity.

1.1 Basic Quantities.

1.1.1 Introduction.

1.1.2 Charge.

1.1.3 Potential or Voltage.

1.1.4 Ground.

1.1.5 Conductivity.

1.1.6 Current.

1.2 Ohm’s law.

1.2.1 Resistance.

1.2.2 Conductance.

1.2.3 Insulation.

1.3 Circuit Fundamentals.

1.3.1 Static Charge.

1.3.2 Electric Circuits.

1.3.3 Voltage Drop.

1.3.4 Electric Shock.

1.4 Resistive Heating.

1.4.1 Calculating Resistive Heating.

1.4.2 Transmission Voltage and Resistive Losses.

1.5 Electric and Magnetic Fields.

1.5.1 The Field as a Concept.

1.5.2 Electric Fields.

1.5.3 Magnetic Fields.

1.5.4 Electromagnetic Induction.

1.5.5 Electromagnetic Fields and Health Effects.

1.5.6 Electromagnetic Radiation.

2. Basic Circuit Analysis.

2.1 Modeling Circuits.

2.2 Series and Parallel Circuits.

2.2.1 Resistance in Series.

2.2.2 Resistance in Parallel.

2.2.3 Network Reduction.

2.2.4 Practical Aspects.

2.3 Kirchhoff’s Laws.

2.3.1 Kirchhoff’s Voltage Law.

2.3.2 Kirchhoff’s Current Law.

2.3.3 Application to Simple Circuits.

2.3.4 The Superposition Principle.

2.4 Magnetic Circuits.

3. AC Power.

3.1 Alternating Current and Voltage.

3.1.1 Historical Notes.

3.1.2 Mathematical Description.

3.1.3 The rms Value.

3.2 Reactance.

3.2.1 Inductance.

3.2.2 Capacitance.

3.2.3 Impedance.

3.2.4 Admittance.

3.3 Power.

3.3.1 Definition of Electric Power.

3.3.2 Complex Power.

3.3.3 The Significance of Reactive Power.

3.4 Phasor Notation.

3.4.1 Phasors as Graphics.

3.4.2 Phasors as Exponentials.

3.4.3 Operations with Phasors.

4. Generators.

4.1 The Simple Generator.

4.2 The Synchronous Generator.

4.2.1 Basic Components and Functioning.

4.2.2 Other Design Aspects.

4.3 Operational Control of Synchronous Generators.

4.3.1 Single Generator: Real Power.

4.3.2 Single Generator: Reactive Power.

4.3.3 Multiple Generators: Real Power.

4.3.4 Multiple Generators: Reactive Power.

4.4 Operating Limits.

4.5 The Induction Generator.

4.5.1 General Characteristics.

4.5.2 Electromagnetic Characteristics.

4.6 Inverters.

5. Loads.

5.1 Resistive Loads.

5.2 Motors.

5.3 Electronic Devices.

5.4 Load from the System Perspective.

5.4.1 Coincident and Noncoincident Demand.

5.4.2 Load Profiles and Load Duration Curve.

5.5 Single- and Multiphase Connections.

6. Transmission and Distribution.

6.1 System Structure.

6.1.1 Historical Notes.

6.1.2 Structural Features.

6.1.3 Sample Diagram.

6.1.4 Topology.

6.1.5 Loop Flow.

6.1.6 Stations and Substations.

6.1.7 Reconfiguring the System.

6.2 Three-Phase Transmission.

6.2.1 Rationale for Three Phases.

6.2.2 Balancing Loads.

6.2.3 Delta and Wye Connections.

6.2.4 Per-Phase Analysis.

6.2.5 Three-Phase Power.

6.2.6 D.C. Transmission.

6.3 Transformers.

6.3.1 General Properties.

6.3.2 Transformer Heating.

6.3.3 Delta and Wye Transformers.

6.4 Characteristics of Power Lines.

6.4.1 Conductors.

6.4.2 Towers, Insulators, and Other Components.

6.5 Loading.

6.5.1 Thermal Limits.

6.5.2 Stability Limit.

6.6 Voltage Control.

6.7 Protection.

6.7.1 Basics of Protection and Protective Devices.

6.7.2 Protection Coordination.

7. Power Flow Analysis.

7.1 Introduction.

7.2 The Power Flow Problem.

7.2.1 Network Representation.

7.2.2 Choice of Variables.

7.2.3 Types of Buses.

7.2.4 Variables for Balancing Real Power.

7.2.5 Variables for Balancing Reactive Power.

7.2.6 The Slack Bus.

7.2.7 Summary of Variables.

7.3 Example with Interpretation of Results.

7.3.1 Six-Bus Example.

7.3.2 Tweaking the Case.

7.3.3 Conceptualizing Power Flow.

7.4 Power Flow Equations and Solution Methods.

7.4.1 Derivation of Power Flow Equations.

7.4.2 Solution Methods.

7.4.3 Decoupled Power Flow.

7.5 Applications and Optimal Power Flow.

8. System Performance.

8.1 Reliability.

8.1.1 Measures of Reliability.

8.1.2 Valuation of Reliability.

8.2 Security.

8.3 Stability.

8.3.1 The Concept of Stability.

8.3.2 Steady-State Stability.

8.3.3 Dynamic Stability.

8.3.4 Voltage Stability.

8.4 Power Quality.

8.4.1 Voltage.

8.4.2 Frequency.

8.4.3 Waveform.

9. System Operation, Management, and New Technology.

9.1 Operation and Control on Different Time Scales.

9.1.1 The Scale of a Cycle.

9.1.2 The Scale of Real-Time Operation.

9.1.3 The Scale of Scheduling.

9.1.4 The Planning Scale.

9.2 New Technology.

9.2.1 Storage.

9.2.2 Distributed Generation.

9.2.3 Automation.

9.2.4 FACTS.

9.3 Human Factors.

9.3.1 Operators and Engineers.

9.3.2 Cognitive Representations of Power Systems.

9.3.3 Operational Criteria.

9.3.4 Implications for Technological Innovation.

9.4 Implications for Restructuring.

Appendix: Symbols, Units, Abbreviations, and Acronyms.

Index.

Description:
A clear explanation of the technology for producing and delivering electricity
Electric Power Systems explains and illustrates how the electric grid works in a clear, straightforward style that makes highly technical material accessible. It begins with a thorough discussion of the underlying physical concepts of electricity, circuits, and complex power that serves as a foundation for more advanced material. Readers are then introduced to the main components of electric power systems, including generators, motors and other appliances, and transmission and distribution equipment such as power lines, transformers, and circuit breakers. The author explains how a whole power system is managed and coordinated, analyzed mathematically, and kept stable and reliable.
Recognizing the economic and environmental implications of electric energy production and public concern over disruptions of service, this book exposes the challenges of producing and delivering electricity to help inform public policy decisions. Its discussions of complex concepts such as reactive power balance, load flow, and stability analysis, for example, offer deep insight into the complexity of electric grid operation and demonstrate how and why physics constrains economics and politics.
Although this survival guide includes mathematical equations and formulas, it discusses their meaning in plain English and does not assume any prior familiarity with particular notations or technical jargon. Additional features include:
* A glossary of symbols, units, abbreviations, and acronyms
* Illustrations that help readers visualize processes and better understand complex concepts
* Detailed analysis of a case study, including a Web reference to the case, enabling readers to test the consequences of manipulating various parameters
With its clear discussion of how electric grids work, Electric Power Systems is appropriate for a broad readership of professionals, undergraduate and graduate students, government agency managers, environmental advocates, and consumers.

Electric Power Systems. A Conceptual Introduction PDF

Author(s): Alexandra von Meier

Series: Wiley Survival Guides in Engineering and Science

Publisher: Wiley-IEEE Press, Year: 2006

ISBN: 0471178594,9780471178590,9780470036402


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Electrical Power Systems Book

Electrical Power Systems Book by D. Das 

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Book Description:

Electric Power Systems explains and illustrates how the electric grid works in a clear, straightforward style that makes highly technical material accessible. It begins with a thorough discussion of the underlying physical concepts of electricity, circuits, and complex power that serves as a foundation for more advanced material.

Table of contents :

Cover……Page 1
Preface……Page 8
Contents ……Page 10
1.1 Power Systems……Page 14
1.3 Load Characteristics……Page 16
1.5 Basic Definitions of Commonly Used Terms……Page 17
1.6 Relationship Between Load Factor (LF) and Loss Factor (LLF)……Page 24
1.8 Multiphase Systems……Page 26
1.9 Disadvantages of Low Power Factor……Page 27
1.10 Various Causes of Low Power Factor……Page 28
2.2 Line Resistance……Page 31
2.3 Inductance-Basic Concepts……Page 32
2.4 Inductance of a Single Conductor……Page 33
2.6 Inductance of a Single Phase Two Wire Line……Page 35
2.7 Self and Mutual Inductances……Page 37
2.8 Type of Conductors……Page 38
2.9 Inductance of Composite Conductors……Page 39
2.10 Inductance of Three Phase Transmission Lines with Symmertrical Spacing……Page 40
2.11 Transpose Transmission Line……Page 42
2.12 Inductance of Three Phase Double Circuit Lines……Page 43
2.13 Bundled Conductors……Page 45
3.2 Electric Field and Potential Difference……Page 66
3.2 Potential Difference in an Array of Solid Cylindrical Conductors ……Page 67
3.3 Capacitance of a Single Phase Line……Page 68
3.4 Capacitance of Three Phase Transmission Lines……Page 69
3.5 Bundled Conductors……Page 71
3.6 Capacitance of Three Phase Double Circuit Lines……Page 72
3.8 Capacitance of a Single Phase Line Considering The Effect of Earth ……Page 74
4.2 Synchronous Generator……Page 92
4.3 Model of Generator……Page 93
4.4 Power Angle Characteristics……Page 97
4.5 Salient Pole Synchronous Generators ……Page 99
4.6 Transients of Synchronous Machine……Page 102
4.7 Simplified Reprsentation of Synchronouse Machine for Transient Analysis……Page 103
4.8 DC Components of Stator Currents……Page 105
4.9 Effect of Load Current……Page 106
5.2 Single Phase Representation of a Balanced Three Phase System……Page 109
5.3 the Per-Unit (pu) System……Page 112
5.4 Per-Unit Representation of Transformer……Page 114
5.5 Methods of Voltage Control……Page 128
6.2 Short Transmission line……Page 137
6.3 Voltage Regulation……Page 138
6.4 Medium Transmission Line……Page 139
6.5 Long Transmission Line……Page 140
6.6 Voltage Waves……Page 154
6.7 Surge Impedance……Page 155
6.8 Power Flow Through Transmission Line……Page 156
6.9 Ferranti Effect……Page 158
7.2 Bus Classification……Page 160
7.3 Bus Admittance Matrix……Page 161
7.4 Bus Loading Equations……Page 164
7.5 Gaus-Seidel Iterative Method……Page 166
7.6 Calculation of Net Injected Power……Page 167
7.7 Consideration of P-|V| Buses……Page 168
7.9 Computation of Line Flows and Line Losses……Page 169
7.10 Algorithm for Gauss-Seidel Method……Page 171
7.11 Newton-Rephson Method……Page 182
7.12 Load Flow Using Newton-Raphson Method……Page 184
7.13 Decoupled Load Flow Solution……Page 185
7.14 Decoupled Load Flow Algorithm……Page 186
7.15 Fast Decoupled Load Flow……Page 195
7.16 Tap Changing Transformers……Page 196
8.1 Introduction……Page 199
8.2 Rated MVA Interrupting Capacity of a Circuit Breaker ……Page 203
8.3 Current Limiting Reactors……Page 209
8.4 Short Circuit Analysis for Large Systems ……Page 224
8.5 Formulation of ZBUS Matrix……Page 229
8.6 Algorithm for Building ZBUS Matrix……Page 230
9.2 Symmetrical Components of an Unbalanced Three Phase System……Page 239
9.3 Power Invariance……Page 242
9.4 Sequence Impedances of Transmission Lines……Page 243
9.5 Sequence Impedances of Synchronous Machine……Page 244
9.6 Sequence Networks of a Loaded Synchronous Machine……Page 245
9.7 Sequence Impedances of Transformers……Page 248
10.2 Single Line to Ground Fault……Page 263
10.3 Line-to-Line Fault……Page 265
10.4 Double-Line-to-Ground (L-L-G) Fault……Page 267
10.5 Open Conductor Faults……Page 269
11.2 Inertia Constant and The Swing Equation……Page 289
11.3 Multi-Machine System……Page 292
11.4 Machines Swinging in Unison (Coherently)……Page 293
11.5 Power Flow Under Steady-State……Page 295
11.6 Equal-Area Criterion……Page 299
11.7 Critical Clearing Angle and Critical Clearing Time……Page 303
11.8 Step-by-Step Solution……Page 312
11.10 Algorithm for the Iterations……Page 314
12.2 Basic Generator Control Loops……Page 320
12.3 Fundamentals of Speed Governing System……Page 321
12.5 Governors with Speed-Droop Characteristics……Page 322
12.6 Speed Regulation (Droop)……Page 323
12.8 Control of Power Output of Generating Units……Page 324
12.9 Turbine Model……Page 325
12.10 Generator-Load Model……Page 327
12.11 Block Diagram Representation of an Isolated Power System……Page 328
12.12 State-Space Representation……Page 329
12.13 Fundamentals of Automatic Generation Control……Page 331
12.14 Steady State Analysis……Page 333
12.15 Concept of Control Area……Page 335
12.16 AGC of Two Area Interconnected Power System……Page 337
12.17 Tie-Line Frequency Bias Control……Page 341
12.18 Basis for Selection of Bias Factor……Page 342
12.19 Generation Rate Constraint (GRC)……Page 347
12.20 Discrete Integral Controller for AGC……Page 348
13.1 Introduction……Page 352
13.3 DISCO Participation Matrix (DPM)……Page 353
13.4 Block Diagram Representation……Page 354
13.5 State Space Representation of the Two-Area System in Deregulated Environment ……Page 358
14.2 The Phenomenon of Corona……Page 369
14.3 Potential Gradient for Single-Phase Line……Page 370
14.4 Potential Gradient for Three-Phase Line……Page 372
14.5 Disruptive Critical Coltage for a Single Phase Transmission Line……Page 374
14.7 Formula for Disruptive Critical Voltage Suggested by F.W. Peek……Page 375
14.8 Visual Critical Voltage……Page 376
14.9 Corona Power Loss……Page 377
14.10 Factors Affecting Corona Loss……Page 378
14.11 Effect of Corona on Line Design……Page 379
15.1 Introduction……Page 386
15.2 Effect of Temperature Change……Page 387
15.3 Calculations of Line Sag and Tension……Page 388
15.4 Unsymmetrical Spans (Supports at Different Levels)……Page 398
15.5 Ruling Span or Equivalent Span (Spans of Unequal Length)……Page 400
15.6 Effect of Ice……Page 401
15.7 Effect of Wind……Page 402
15.9 Sag Template……Page 406
15.11 Galloping or Dancing of Conductors……Page 415
16.2 Formulation of the Economic Dispatch Problem ……Page 418
16.3 General Problem Formulation……Page 421
16.4 Classical Economic Dispatch Neglecting Losses……Page 422
16.5 Generator Power Limits……Page 425
16.6 Economic Dispatch Considering Line Losses……Page 430
16.7 Physical Significance of λ Considering Losses……Page 433
16.8 Determination of λ Using Gradient Method……Page 434
16.9 General Method for Finding Penalty Factors……Page 444
16.10 Transmission Loss Formula……Page 449
Objective Questions……Page 460
Answers……Page 476
Bibliography……Page 478
Index……Page 480

 

Free Download Electrical Power Systems PDF Book 

Author(s): D. Das

Publisher: New Age International Pvt Ltd Publishers, Year: 2007

ISBN: 8122418856,9788122418859

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