Electrical Power System Essentials
Pieter Schavemaker
and
Lou van der Sluis
Delft University of Technology,
the Netherlands
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Electrical Engineering science sharing
Monday, October 31, 2016
Electrical Power System Essentials
Pieter Schavemaker
and
Lou van der Sluis
Delft University of Technology,
the Netherlands
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Wednesday, October 26, 2016
Monday, October 24, 2016
POWER ELECTRONICS HANDBOOK
DEVICES CIRCUITS, AND
APPLICATIONS
APPLICATIONS
Third Edition
Edited by
Muhammad H. Rashid, Ph.D.,
Fellow IET (UK), Fellow IEEE (USA)
Professor
Electrical and Computer Engineering
University ofWest Florida
11000 University Parkway
Pensacola, FL 32514-5754, U.S.A.
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Fire fighting - Alarms
CCTV
Arabic and English tubes,books,files ,codes ..
مكافحة الحريق والإنذار الآلي - د حاتم صادق النقابة-
دورة مجمعة في تنفيذ مشاريع أعمال مكافحة الحريق
كورس تصميم أنظمة مكافحة الحرائق بالإوتوكاد للمهندس محمد العطفي
fire alram sweet english course
كورس cctv مهندس محمد السعيدي
كورس cctv مهندسة سما عاشور
كورس بخط اليد مهندس ياسر علي - CISCO-
كورس ملفات للقراءة ممتاز
كورس 4A for consultant and training
كورس النقابة مهندس عبد الله الشاذلي
Arabic book FM200
اكواد الفاير فايتينج
Low current CAD project
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Sunday, October 23, 2016
Transformer
Design Principles
With Applications to
Core-Form Power Transformers
Second Edition
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Recommended Lighting Book
Lighting technology
Guide for television,film,and theater
Second Edition
Brian Fitt
and
joe thornley
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Electrical Installation Book
Basic Electrical
Installation Work
FIFTH EDITION
TREVOR LINSLEY
Senior Lecturer
Blackpool and The Fylde College
Preface vii
Acknowledgements ix
UNIT 1 – Working effectively and safely in the electrotechnical environment 1
Chapter 1 The legal responsibilities of both employers and employees 3
Chapter 2 The occupational specialisms and individual roles within the electrotechnical industry 41
Chapter 3 Sources of technical information and communications 63
UNIT 2 – Principles of electrotechnology 77
Chapter 4 Basic pyrotechnical units and theory 79
Chapter 5 Basic scientific concepts in electrotechnology 99
Chapter 6 Basic electrical circuits and cables 123
Chapter 7 Tools and equipment used for electrotechnical applications 139
UNIT 3 – Application of health and safety and electrical principles 151
Chapter 8 Safe systems of working 153
Chapter 9 Using technical information 181
Chapter 10 Alternating current theory and electrical machines 193
Chapter 11 Polyphase or three-phase electrical systems 221
Chapter 12 Overcurrent, short circuit and earth fault protection 233
UNIT 4 – Installation (buildings and structures) 259
Chapter 13 Statutory regulations and codes of practice 261
Chapter 14 Electrical installations and wiring systems 279
Answers to Check your understanding 367Appendix A: Abbreviations, symbols and codes 371
Appendix B: Health and Safety Executive (HSE) publications and information 373
Glossary of terms 375
Index 385
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Amazing Book in Power Quality
POWER QUALITY
IN POWER SYSTEMS
AND ELECTRICAL
MACHINES
Second Edition
MOHAMMAD A.S. MASOUM
EWALD F. FUCHS
PREFACE
The increased use of power electronic components within the distribution system and the
reliance on renewable energy sources which have converters as interface between the
source and the power system lead to power quality problems for the operation of
machines, transformers, capacitors and power systems. The subject of power quality is
very broad by nature. It covers all aspects of power system engineering from transmission
and distribution level analyses to end-user problems. Therefore, electric power quality
has become the concern of utilities, end users, architects and civil engineers as well as
manufacturers. The book is intended for undergraduate or graduate students in electrical
and other engineering disciplines as well as for professionals in related fields. It is assumed
that the reader has already completed electrical circuit analysis courses covering basic
concepts such as Ohm’s, Kirchhoff’s, Ampere’s and Faraday’s laws as well as Norton
and Thevenin equivalent circuits and Fourier analysis. In addition, knowledge of diodes
and transistors and an introductory course on energy conversion (covering energy
sources, transformers, simple control circuits, rudimentary power electronics, transformers,
single- and three-phase systems as well as various rotating machine concepts
such as brushless DC machines, induction and synchronous machines) is desirable.
This book has evolved from the content of courses given by the authors at the
University of Colorado at Boulder, USA, the Iran University of Science and Technology
at Tehran, Iran, and the Curtin University at Perth, Australia. The book is suitable for
both electrical and non-electrical engineering undergraduate and postgraduate students.
It has been particularly written for students or practicing engineers who want to teach
themselves through the inclusion of 135 application examples with solutions and
115 problems at the end of each chapter dealing with practical applications. 924 references
are given in this book: mostly journal and conference papers as well as national
and international standards and guidelines. The International System (SI) of units has
been used throughout with some reference to the American/English system of units.
Power quality of power systems affects all connected electrical and electronic equipment,
and is a measure of deviations in voltage, current, frequency, temperature, force,
and torque of particular supply systems and their components. In recent years there has
been considerable increase in nonlinear loads, in particular distributed loads such as computers,
TV monitors and lighting. These draw harmonic currents which have detrimental
effects including communication interference, loss of reliability, increased operating
costs, equipment overheating, electrical machine, transformer and capacitor failures,
and inaccurate power metering. This subject is pertinent to engineers involved with
power systems, electrical machines, electronic equipment, computers and manufacturing
xiequipment. This book helps readers to understand the causes and effects of power quality
problems such as nonsinusoidal wave shapes, voltage outages, harmonic losses, origins of
single-time events such as voltage dips, voltage reductions, and outages, along with techniques
to mitigate these problems. Analytical as well as measuring techniques are applied
to power quality problems as they occur in existing systems based on central power stations
and distributed generation mainly relying on renewable energy sources.
It is important for each power engineering student and professional who is active in
the area of distribution systems and renewable energy that he/she knows solutions to
power quality problems of electrical machines and power systems: this requires detailed
knowledge of modeling, simulation and measuring techniques for transformers,
machines, capacitors and power systems, in particular fundamental and harmonic power
flow, relaying, reliability and redundancy, load shedding and emergency operation,
islanding of power system and its voltage and frequency control, passive and active filtering
methods, and energy storage combined with renewable energy sources. An intimate
knowledge of guidelines and standards as well as industry regulations and practices is
indispensable for solving power quality problems in a cost-effective manner. These
aspects are addressed in this book which can be used either as a teaching tool or as a
reference book.
In this second edition of the book, we have included Chapter 11 of the first addition
in Chapter 9 “The Roles of Filters in Power Systems and Unified Power Quality Conditioners”
and added new Chapter 11 “Power Quality Solutions for Renewable Energy
Systems” relating power quality solutions to renewable energy systems and sources.
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Awesome Book in Circuits analysis
An Introduction to
Electrical Circuit Theory
G. Williams
Lecturer in Electrical Engineering
School of Applied Sciences
University of Sussex
M
G. Williams
Lecturer in Electrical Engineering
School of Applied Sciences
University of Sussex
M
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