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Informationen zum Autor Thomas Howard Blair is an Engineering Fellow at Tampa Electric Company , USA , and a member of IEEE. He received his BSEE and MSEE from University of South Florida. He was previously an adjunct professor at the University of South Florida-Polytechnic, teaching graduate courses such as Electric Machines and Drives, and Energy Production Systems Engineering. Mr. Blair is a graduate of the U.S. Navy Nuclear Power School. Mr. Blair is a registered professional engineer in the state of Florida, USA. Klappentext Energy Production Systems Engineering presents IEEE, Electrical Apparatus Service Association (EASA), and International Electrotechnical Commission (IEC) standards of engineering systems and equipment in utility electric generation stations. Electrical engineers that practice in the energy industry must understand the specific characteristics of electrical and mechanical equipment commonly applied to energy production and conversion processes, including the mechanical and chemical processes involved, in order to design, operate and maintain electrical systems that support and enable these processes. To aid this understanding, Energy Production Systems Engineering describes the equipment and systems found in various types of utility electric generation stations. This information is accompanied by examples and practice problems. It also addresses common issues of electrical safety that arise in electric generation stations. Introduces fundamental safety requirements from NFPA70 (National Electrical Code), NFPA70E (Electrical Safety in the Workplace), and IEEE C2 (National Electrical Safety Code) Provides methods for measuring radioactivity and exposure limits Includes IEEE, American Petroleum Institute (API), and National Electrical Manufacturers Association (NEMA) standards for motor applications Introduces the IEEE C37 series of standards, which describe the proper selections and applications of switchgear Describes how to use IEEE 80 to calculate the touch and step potential of a ground grid design Shows how to perform cable pulling tension calculations Explains fundamental thermodynamic calculations utilized for heat balance in steam plants Introduces renewable technologies such as wind and solar power There are several different types of energy production systems or electric power systems, which supply, transmit, and use power in different ways. Each system utilizes different equipment and has its own set of standards to follow in order for the system to be operated safely and reliably. This book enables engineers and students to acquire through study the pragmatic knowledge and skills in the field that could take years to acquire through experience alone. Zusammenfassung Energy Production Systems Engineering presents IEEE! Electrical Apparatus Service Association (EASA)! and International Electrotechnical Commission (IEC) standards of engineering systems and equipment in utility electric generation stations. Inhaltsverzeichnis LIST OF FIGURES xiii LIST OF TABLES xxi LIST OF ANNEX xxv ACKNOWLEDGMENTS xxvii INTRODUCTION xxix CHAPTER 1 ELECTRICAL SAFETY 1 Installation Safety Requirements-General Industry (NEC®) 5 Installation Safety Requirements-Special Industry - Utility (NESC) 7 Safe Work Practice Requirements 11 Electrical PPE 15 ARC Flash Analysis Utilizing NFPA 70E Tables 21 Hazardous/Classified Areas 25 Classified Area - "Class" System 26 Classified Area - "Zone" System 32 Boiler Control and Burner Management 34 Glossary of Terms 37 Problems 39 Recommended Reading 41 CHAPTER 2 BASIC THERMAL CYCLES 43 Steam Thermodynamic Analysis Fundamentals 43 Pressure, Temperature, and Volume Relationships 60 Heat Rate 70 Gas Thermodynam...
