Generation Systems Software: Steam, Gas and Diesel Plant

ISBN-13: 9780412578502 / Angielski / Miękka / 1996 / 108 str.

E M Simula; Simulation Services Ltd E. M. Simulation Services Ltd;E. M. Simulation Services Ltd

Opis

The contents of this book are intended for those concerned with the simulation of the performance of generation systems. The subject is of importance to practising electrical engineers because of the many situations that arise in the design and operation of modem electromechanical systems and electrical power systems. The simulation programs contained in this book cover the prediction of generator performance for both large and small scale units. Synchronous generators of the round rotor and salient-pole variety of ratings of between a few Megawatts to around 1200 MW are invariably used by public supply companies for the generation of electrical power. For industrial purposes a variety of types of generator are used, including steam and gas turbines, and medium to low speed diesel engine driven generators, the former for those cases where process steam is available and the latter often in the role of marine generation or in a standby role.

Spis treści

1 Introduction.- 2 Overview of system component modeling.- 3 Program operating manuals.- 3.1 Introduction.- 3.2 General.- 3.2.1 Computer requirements.- 3.2.2 Using the programs.- 3.2.3 Plotting results files.- 4 Steam turbo-generator program manual.- 4.1 Introduction.- 4.2 The opening menu (page 1).- 4.3 System specification menu (page 2).- 4.3.1 Protection and disturbance parameters sub-menu (page 2a).- 4.4 The generator menu (page 3).- 4.5 The AVR menu (page 4).- 4.5.1 The AVR state data menu (page 4a).- 4.5.2 The AVR limit data menu (page 4b).- 4.5.3 The saturation function data menu (page 4c).- 4.6 The mechanical system menu (page 5).- 4.6.1 Turbine section data menu (page 5a).- 4.6.2 Generator section data menu (page 5b).- 4.7 The governor menu (page 6).- 4.7.1 The governor state data menu (page 6a).- 4.7.2 The governor limit data menu (page 6b).- 4.8 The network menu (page 7).- 4.8.1 Line parameters menu (page 7a).- 4.9 AVR modeling.- 4.9.1 Background.- 4.9.2 Standardized model for data presentation.- 4.9.3 Exciter saturation.- 4.10 Governor modeling.- 4.11 Case studies.- 5. Diesel-generator program manual.- 5.1 Introduction.- 5.2 The opening menu (page 1).- 5.3 System specification menu (page 2).- 5.3.1 Event data sub-menu.- 5.4 The generator menu (page 3).- 5.5 The AVR menu (page 4).- 5.5.1 The AVR state data menu (page 4a).- 5.5.2 The AVR limit data menu (page 4b).- 5.5.3 The saturation function data menu (page 4c).- 5.6 The engine data menu (page 5).- 5.6.1 Identification of engine data.- 5.7 The governor menu (page 6).- 5.7.1 The governor state data menu (page 6a).- 5.7.2 The governor limit data menu (page 6b).- 5.8 The transformer menu (page 7).- 5.9 Induction motor menu (page 8).- 5.10 AVR modeling.- 5.10.1 Background.- 5.10.2 Standardized model for data presentation.- 5.10.3 Exciter saturation.- 5.11 Governor modeling.- 5.12 Case Studies.- 6. Gas turbine-generator program manual.- 6.1 Introduction.- 6.2 The opening menu (page 1).- 6.3 System specification (page 2).- 6.3.1 Event data sub-menu.- 6.4 The generator menu (page 3).- 6.5 The AVR menu (page 4).- 6.5.1 The AVR state data menu (page 4a).- 6.5.2 The AVR limit data menu (page 4b).- 6.5.3 The saturation function data menu (page 4c).- 6.6 The governor menu (page 5).- 6.6.1 The governor state data menu (page 5a).- 6.6.2 The governor limit data menu (page 5b).- 6.7 The transformer meny (page 6).- 6.8 Induction moter menu (page 7).- 6.9 AVR modeling.- 6.9.1 Background.- 6.9.2 Standardized model for data presentation.- 6.9.3 Exciter saturation.- 6.10 Governor modeling.- 6.11 Case study.- References.- Appendix A Inductance coefficients.- Appendix B Diesel engine data functions.- Appendix C Typical rotating electrical machine data.