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This book is intended to serve as a textbook on the subject of Electric Energy Generation for the undergradutae students of electrical engineering. The book has been primarily written for the undergraduate students. An aim of this text to motivate the studens. Most of the topics are introduced in ways that make them interesting. The presentation is thorough at a level which the undergraduae students can grasp. Several sections of the book will also be useful to post-graduate students and practising engineers. A no. of solved and unsolved problems have been included in the text. A comprehensive biobiolography has been added at the end of each chapter for the benefit of those who are interested in more information on the subject. Contents: Introduction; Loads and Load Curves; Power Plant Economics; Tariffs and Power Factor Improvement; Selection of Plant; Diesel and Gas Turbine Plants; Thermal Power Plants; Hydro-Electric Plants; Nuclear Power Stations; Economic Operation of Steam Plants; Hydro-Thermal Co-ordination; Parallel Operation of Alternators; Major Electrical Equipment in Power Plants; System Interconnections; New Energy Sources; Environmental Aspects of Electric Energy Generation; Generating Capacity Reliability Evaluation; Cogeneration; Energy Conservation; Energy Audit; Demand Side Management; Energy and Sustainable Development; Captive Power Generation; Distributed Power Generation; Electricity Deregulation; Appendix A to G; Index Printed Pages: 584. Buchnummer des Verkäufers 9165
Titel: Generation of Electrical Energy
Verlag: S. Chand & Company Ltd
Auflage: 5th or later edition.
Buchbeschreibung Shaker Verlag Feb 2012, 2012. Buch. Buchzustand: Neu. 21x14.8x cm. Neuware - The sharp electricity generation increase from RE resources creates a necessity for different studies to analyse the PQ impact of the integration of this technology into the power system, as well as an evaluation of the resulting consequences in order to make the required adjustments. The main objective of this work is to analyze the impact of RE generation systems on the network power quality. A review of the PQ indices will be included. An additional objective of this work is to create an accurate test model of 380 kV and 110 kV power systems with MV and LV networks to integrate RE generation technologies in order to make simulation experiments. Accurate models of a wind turbine, PV generator and a microturbine have to be generated. Methods to evaluate voltage sags, flickers and harmonics in the test model have to be studied. Experimental study cases to evaluate, compare and analyse the PQ of the test power system model have to be developed. Finally, a further objective of this thesis is to set up a review of the PQ problems found in the test network in order to propose an overview of PQ indices, to identify and analyse the PQ behaviour of the network in case of a large amount of RE integration. 211 pp. Englisch. Artikel-Nr. 9783844007923