Power System Blockset Getting Started 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)