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Computer Aided Power Systems Analysis 2nd Edition by George Kusic ISBN 1420061070 9781420061079

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Computer Aided Power Systems Analysis Second Edition George Kusic Digital Instant Download

Author(s): George Kusic
ISBN(s): 9781420061079, 1420061070
Edition: 2
File Details: PDF, 6.42 MB
Year: 2008
Language: english
SKU: EB-4767150 Category: Tag:

Computer Aided Power Systems Analysis 2nd Edition by George Kusic – Ebook PDF Instant Download/Delivery: 1420061070, 9781420061079
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ISBN 10: 1420061070 
ISBN 13: 9781420061079
Author: George Kusic

Computer applications yield more insight into system behavior than is possible by using hand calculations on system elements. Computer-Aided Power Systems Analysis: Second Edition is a state-of-the-art presentation of basic principles and software for power systems in steady-state operation. Originally published in 1985, this revised edition explores power systems from the point of view of the central control facility. It covers the elements of transmission networks, bus reference frame, network fault and contingency calculations, power flow on transmission networks, generator base power setting, and state estimation from on-line measurements. The author develops methods used for full-scale networks. In the process of coding and execution, the user learns how the methods apply to actual networks, develops an understanding of the algorithms, and becomes familiar with the process of varying the parameters of the program. Intended for users with a background that includes AC circuit theory, some basic control theory, and a first course in electronic machinery, this book contains material based upon the author’s experience both in the field and in the classroom, as well as many Institute of Electrical and Electronic Engineers (IEEE) publications. His mathematical approach and complete explanations allow readers to develop a solid foundation in power systems analysis. This second edition includes downloadable resources with stand-alone software to perform computations of all principles covered in the chapters. Executable programs include 0,1,2 conversions, double-hung shielded transmission line parameters, zero and positive bus impedance computations for unbalanced faults, power flow, unit commitment, and state estimation.

Computer Aided Power Systems Analysis 2nd Table of contents:

1. Central Operation and Control of Power Systems

1.1 General
1.2 Control Center of a Power System
1.3 Digital Computer Configuration
1.4 Automatic Generation Control for a Power System
 1.4.1 Area Control Error
  1.4.1.1 CPS1, 1 Minute Average
  1.4.1.2 CPS2, 10 Minute Average
  1.4.1.3 Disturbance Conditions
1.5 Operation without Central Computers or AGC
1.6 Parallel Operation of Generators
1.7 Network Power Flows
 1.7.1 Oversimplified Power Flow (dc Power Flow)
1.8 Area Lumped Dynamic Model
Problems
References

2. Elements of Transmission Networks

2.1 Phasor Notation
2.2 Symmetrical Component Transformation
 2.2.1 Floating Voltage Base Per-Unit Systems
2.3 Overhead Transmission Line Representation
 2.3.1 Inductance of Long Parallel Conductors
 2.3.2 Balanced Three-Phase Lines
 2.3.3 Unbalanced Lines
 2.3.4 Capacitance of Transmission Lines
 2.3.5 General Method to Determine Aerial Transmission Line Parameters
2.4 Transformer Representation
 2.4.1 Wye–Delta and Phase-Shift Transformers
 2.4.2 Multiple-Winding Transformers
2.5 Synchronous Machine Representation
 2.5.1 Steady-State Synchronous Machine Equivalent
  2.5.1.1 Short-Circuit Characteristics
 2.5.2 Transient Time-Frame Synchronous Machine Equivalent
 2.5.3 Subtransient Time-Frame Synchronous Machine Equivalent
Problems
References

3. Bus Reference Frame

3.1 Linear Network Injections and Loads
3.2 Bus Impedance Matrix for Elements without Mutual Coupling
 3.2.1 Adding a Tree Branch to Bus p
 3.2.2 Adding a Tree Branch to the Reference
 3.2.3 Adding a Cotree Link between Buses p and q
 3.2.4 Adding a Cotree Link from Bus p to Reference
3.3 The Bus Admittance Matrix
 3.3.1 Bus Impedance Matrix for Elements with Mutual Coupling
3.4 Inversion of the YBUS Matrix for Large Systems
 3.4.1 Tinney’s Optimally Ordered Triangular Factorization
  3.4.1.1 Tinney’s Schemes for Near-Optimal Ordering
 3.4.2 Several Iterative Methods for Linear Matrices
  3.4.2.1 Gaussian Iteration
  3.4.2.2 Gauss-Seidel Iteration
Problems
References

4. Network Fault and Contingency Calculations

4.1 Fault Calculations Using ZBUS
 4.1.1 Approximations Common to Short-Circuit Studies
4.2 Fault Calculations Using the YBUS Table of Factors
4.3 Contingency Analysis for Power Systems
 4.3.1 Contingency Analysis for Power Systems
 4.3.2 Contingencies Using ZBUS in a Superposition Method
 4.3.3 ZBUS Line Contingency Method
4.4 Using the YBUS Table of Factors for Contingencies
 4.4.1 Double Contingencies Using YBUS Table of Factors (Balanced Case)
Problems
References

5. Power Flow on Transmission Networks

5.1 Slack Bus
5.2 ZBUS Formulation for Load-Flow Equations
5.3 Gauss or Gauss-Seidel Iteration Using YBUS
5.4 Newton-Raphson Iterative Scheme Using YBUS
 5.4.1 Approximations to the Jacobian in the Newton-Raphson Method
5.5 Adjustment of Network Operating Conditions
5.6 Operational Power Flow Programs
Problems
References

6. Generator Base Power Setting

6.1 Economic Dispatch of Generation without Transmission Line Losses
6.2 Economic Dispatch of Generation with Line Losses
6.3 On-Line Execution of the Economic Dispatch
6.4 Day-Ahead Economic Dispatch with a Variable Number of Units On-Line
6.5 Power Transmission Line Losses for Economic Dispatch
6.6 Utilizing the Load-Flow Jacobian for Economic Dispatch
6.7 Economic Exchange of Power between Areas
 6.7.1 Economy A Program
Problems
References

7. State Estimation from Real-Time Measurements

7.1 The Line Power Flow State Estimator
7.2 State Estimation and Noisy Measurements
7.3 Monitoring the Power System
7.4 Determination of Variance Σ to Normalize Measurements

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