Power System Modelling and Scripting

Cover13; -- Title Page -- Preface -- Contents -- List of Figures -- List of Tables -- List of Examples -- List of Scripts -- Notation -- Part I Introduction -- Chapter 1 Power System Modelling -- Background -- Motivations -- Modelling Physical Systems -- Hybrid Dynamical Model -- Chapter 2 Power System Architecture -- Structure of Software Projects -- Classes and Procedures -- Modularity -- Architecture of a Power System Software Tool -- Chapter 3 Power System Scripting -- Open and Closed Programming -- Scripting -- Scripting Languages for Computational Science -- Suitable Computer Languages -- Python Scripting Language -- Part II Power System Analysis -- Chapter 4 Power Flow Analysis -- Background -- Taxonomy of Power Flow Problems -- Classical Power Flow Equations -- Power Flow Solvers -- A General Framework for Power Flow Solvers -- Summary -- Chapter 5 Continuation Power Flow Analysis -- Background -- System Model -- Direct Methods -- Homotopy Methods -- Summary -- Chapter 6 Optimal Power Flow Analysis -- Background -- Optimal Power Flow Model -- Nonlinear Programming Solvers -- Summary of IPM Parameters -- Chapter 7 Eigenvalue Analysis -- Background -- Small Signal Stability Analysis -- Computing the Eigenvalues -- Power Flow Modal Analysis -- Summary -- Chapter 8 Time Domain Analysis -- Background -- Power System Model -- Numerical Integration Methods -- Numerical Integration Routine -- Electro-magnetic Transients -- Quasi-static Analysis -- Summary -- Part III Device Models -- Chapter 9 Device Generalities -- General Device Model -- Devices as Classes -- Chapter 10 Power Flow Devices -- Topological Elements -- Static Generators -- Static Loads -- Chapter 11 Transmission Devices -- Transmission Line -- Transformer -- Vectorial Implementation -- Chapter 12 OPF Devices -- Network Constraints -- Generator Constraints -- Load Constraints -- Chapter 13 Faults and Protections -- Fault -- Breaker -- Relay -- Phasor Measurement Unit -- Bus Frequency Estimation -- Chapter 14 Loads -- Voltage Dependent Load -- ZIP Load -- Frequency Dependent Load -- Voltage Dependent Load with Dynamic Tap Changer -- Exponential Recovery Load -- Thermostatically Controlled Load -- Jimma's Load -- Mixed Load -- Chapter 15 Alternate-Current Machines -- Synchronous Machine -- Induction Machine -- Chapter 16 Synchronous Machine Regulators -- Turbine Governor -- Automatic Voltage Regulator -- Power System Stabilizer -- Over-Excitation Limiter -- Under-Excitation Limiter -- Chapter 17 Direct-Current Devices -- Direct-Current Nodes -- Common Interface Equations for Direct-Current Devices -- Ideal Generators -- Basic RLC Models -- Direct-Current Machines -- Other Direct-Current Devices -- Chapter 18 AC/DC Devices -- High-Voltage Direct-Current Transmission System -- Voltage Source Converter -- Chapter 19 FACTS Devices -- Static Var Compensator -- Thyristor Controlled Series Compensator -- Static Synchronous Compensator -- Static Synchronous Series Compensator -- Unified Power Flow Controller -- Chapter 20 Wind Power Devices -- Wind.