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OverviewThis manual outlines the theoretical development and describes in detail, computer programs for the use of engineers in their assessment of the behaviour of electrical rotating machines in response to normal and abnormal operating conditions. This suite caters for traditional generation systems. Of particular importance to consulting engineers is the performance of generator controls and switchgear operating times in relation to the retention of plant stability. This aspect, together with the effect on the generation plant mechanical system, are given prominence in the use of the software provided. This suite of programs can be run on any PC system operating under MS-DOS 3.3 or higher. A 486 or 386 PC system with a maths co-processor is recommened and the package is supplied on 3.5"" disk. This book should be of interest to engineers in power engineering. Full Product DetailsAuthor: E.M.Simulation ServicesPublisher: Chapman and Hall Imprint: Chapman and Hall Edition: Softcover reprint of the original 1st ed. 1996 Dimensions: Width: 21.00cm , Height: 0.60cm , Length: 29.70cm Weight: 0.454kg ISBN: 9780412578502ISBN 10: 0412578506 Pages: 108 Publication Date: 30 June 1996 Audience: Professional and scholarly , General/trade , Professional & Vocational Format: Paperback Publisher's Status: Active Availability: In Print ![]() This item will be ordered in for you from one of our suppliers. Upon receipt, we will promptly dispatch it out to you. For in store availability, please contact us. Table of Contents1 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.ReviewsAuthor InformationTab Content 6Author Website:Countries AvailableAll regions |