This book, titled "Power Systems with MATLAB," focuses on both the theoretical and practical aspects of power systems for undergraduate students studying Electrical Engineering. Electric Power System is a critical and intricate subject for students, and this book covers fundamental topics, such as line constant calculations, performance of lines, PU, faults, and MATLAB for Renewable energy. It also delves into more advanced topics like load flow studies in power systems.

The book provides a wide range of electrical power system studies in one comprehensive resource, making it an excellent reference for students. The manual is written in a clear and concise manner, making it easy for students to use and understand MATLAB programs on power systems. The author has carefully considered the challenges students face in the laboratory and has prepared laboratory notes after consulting various books on electrical power systems. The book includes an extensive bibliography, which will help students locate detailed information on different topics of interest.

Dr. Naveen Jain:  has obtained his B.E. (Electrical Engineering) and M.  E.  (Power  System)  from  Malaviya  Regional  Engineering College  (presently  known  as  Malaviya  National  Institute  of Technology),  Jaipur  (India)  in  1997  and  1999,  respectively. Further,  he  obtained  Ph.D.  from  IIT  Kanpur  in  2013.  He  was awarded  POSOCO  Award  for  his  excellent  Ph.D.  research work  on  March  06,  2013  (The  POSOCO  is  a  subsidiary  of POWERGRID and FITT, IIT Delhi).

Dr.  Jain  has  been  working  with  Rajasthan  Government  Engineering  Institute, "College  of  Technology  and  Engineering  (CTAE),  Udaipur",  as  assistant professor since March 2005. He has served to the college in different capacity as Hostel Warden, Placement in-Charge (EE), faculty in-charge (Library), Editor-in- Chief (College Magazine: Tech-View). He has published several research papers in International/national journals/conferences. He co-authored a book on "Basic Electrical Engineering". In 2012, his biography was also published with Marquis Who’s Who. He has visited USA and Singapore many times for presenting his research work in international conferences. In addition, he is reviewer and member of several journals/profession organization of good repute. His research interests include planning of Distributed Generation (DG), reliability issues in distribution system, technical issues in electricity energy market and application of heuristic methods in electrical power system, etc.

Dr. Jain is a Fellow of Institution of Electronics and Telecommunication Engineers (IETE) India, life Member of Indian Society of Technical Education (ISTE), life Member of Institute of Engineers (IE India), Member of International Association of Engineers and Senior Member of IEEE (USA).

Dr. Umesh Agarwal:  graduated  in  Electrical  Engineering  from  the College of Technology and Engineering (CTAE, Udaipur) India, in 2012. He received his M. Tech. degree in Power Systems in 2015  from  Rajasthan  Technical  University  (RTU,  Kota),  India. Further,  he  has  completed  his  Doctoral  degree  from  College of  Technology  and  Engineering  (CTAE,  Udaipur)  India,  in 2022.  Currently,  he  is  working  as  an  Associate  Professor  at JIET,  Jodhpur.  He  has  over  09  years  of  teaching  and  research

experience.  He  has  published  many  research  papers  in  reputed  journals  and National/International conferences. He is reviewer of many reputed journals and conferences. His areas of interest are power system restructuring, AI application to the power system, reliability analysis, and planning of distributed energy. He is a member of Soft Computing Research Society.

Acknowledgements 

Preface

Laboratory Practices 

Chapter  1.  Basics of MATLAB

Chapter  2.  MATLAB Application for Transmission Line Modelling

Chapter  3.  Per Unit System

Chapter  4.  Overhead Insulators

Chapter  5.  Symmetrical Components

Chapter  6.  Symmetrical and unsymmetrical components

Chapter  7.  Protection of Generator and Transformer

Chapter  8.  Fundamentals of Fault Clearing and Switching Phenomena

Chapter  9.  Fundamentals of Fuse and Relays

Chapter 10.  Fundamentals of Neutral Grounding

Chapter 11.  MATLAB Application of Renewable Energy Resources