Preface
What Is the Power System Blockset
Using This Guide
Units
About the Authors
Related Products
Tutorial
Introduction
Session 1: Simulating a Simple Circuit
Building the Electrical Circuit with Powerlib Library
Interfacing the Electrical Circuit with Simulink
Simulating Your Circuit
Session 2: Analyzing a Simple Circuit
Steady-State Analysis
Frequency Analysis
Session 3: Simulating Transients
Continuous Variable Time-Step Integration Algorithms
Discretizing the Electrical System
Session 4: Introducing Power Electronics
Session 5: Simulating Motor Drives
Building and Simulating the PWM Motor Drive
Using the Multimeter Block
Discretizing the PWM Motor Drive
Session 6: Three-Phase Systems and Machines
Three-Phase Network with Electrical Machines
Load Flow and Machine Initialization
Session 7: Building and Customizing Your Own Nonlinear Models
Modeling a Nonlinear Inductance
Customizing Your Nonlinear Model
Modeling a Nonlinear Resistance
Creating Your Own Library
Connecting Your Model with Other Nonlinear Blocks
Using the Power System Blockset
Case Studies
Series Compensated Transmission Network
Description of the Transmission Network
Setting the Initial Load Flow and Obtaining Steady-State
Transient Performance for a Line Fault
Frequency Analysis
Transient Performance for a Fault at Bus B2
Chopper-Fed DC Motor Drive
Description of the Drive System
Modeling the DC Drive
Simulation of the DC Drive
Drive Starting
Steady-State Voltage and Current Waveforms
Speed Regulation Dynamic Performance
Synchronous Machine and Regulators
Introduction
Mathematical Model
Feedback Linearization Design
Simulation Results
Variable-Frequency Induction Motor Drive
Description of the Induction Motor Drive
A Field-Oriented Variable-Speed Induction Motor Drive
Modeling the Induction Motor Drive
Simulating the Induction Motor Drive
Drive Starting
Steady-State Voltage and Current Waveforms
Speed Regulation Dynamic Performance
HVDC System
Description of the HVDC Transmission System
Frequency Response of the AC and DC Systems
Description of the Control System
System Start-Up and Steady-State
Response to a Step of Reference Current
DC line Fault
AC Line-to-Ground Fault at the Rectifier
Advanced Topics
How the Power System Blockset Works
Which Integration Method Should Be Used - Continuous or Discrete?
Simulating with Continuous Integration Algorithms
Choosing the Right Integration Algorithm
Simulation of Switches and Power Electronic Devices
Simulating Discretized Electrical Systems
How to Increase Simulation Speed
The Nonlinear Model Library
The Continuous Library
The Discrete Library
The Switch Current Source Library
Limitations with the Nonlinear Models
Modifying the Nonlinear Models of the Powerlib_models Library
Creating Your Own Library of Models
Changing Your Circuit Parameters
Example of MATLAB Script Performing a Parametric Study
Reference
Block Reference
Block Reference Page Description
The Power System Block Libraries
AC Current Source
AC Voltage Source
Asynchronous Machine
Breaker
Bus Bar
Controlled Current Source
Controlled Voltage Source
Current Measurement
DC Machine
DC Voltage Source
Diode
Discrete System
Distributed Parameter Line
Excitation System
Ground
GTO
Hydraulic Turbine and Governor
Ideal Switch
IGBT
Impedance Measurement
Linear Transformer
MOSFET
Multimeter
Mutual Inductance
Neutral
Parallel RLC Branch
Parallel RLC Load
Permanent Magnet Synchronous Machine
PI Section Line
Powergui
Saturable Transformer
Series RLC Branch
Series RLC Load
Simplified Synchronous Machine
Steam Turbine and Governor
Surge Arrester
Synchronous Machine
Three-Phase Transformer (Two Windings)
Three-Phase Transformer (Three Windings)
Thyristor
Universal Bridge
Voltage Measurement
Power System Commands
Introduction
circ2ss
power2sys
powerinit
Printable Documentation (PDF)
Product Page (Web)