Murty, P.S.R.
Power systems analysis P.S.R. Murty - 2nd ed. - Saint Louis Elsevier Science, United States of America : 2017. - xiii, 406 p. ; 24 cm.
COVER; Preface; Acknowledgment; CONTENTS; INTRODUCTION; GRAPH THEORY; INCIDENCE MATRICES; BUILDING OF NETWORK MATRICES; POWER FLOW STUDIES; SHORT CIRCUIT ANALYSIS; UNBALANCED FAULT ANALYSIS; POWER SYSTEM STABILITY; Objective Questions; Answers to Objective Questions; INDEX.
Power system analysis is a pre-requisite course for electrical engineering students. This book introduces concepts of a power system, network model faults and analysis and the primitive network stability. It also deals with graph theory relevant to various incidence matrices, building of network matrices and power flow studies. It further discusses with short circuit analysis, unbalanced fault analysis and power system stability problems, such as, steady state stability, transient stability and dynamic stability. Salient Features: Number of worked examples are followed after explaining theory.
9780081011119
2017385636
Electric power systems
System analysis
TECHNOLOGY & ENGINEERING--Electrical
621.3191 MU PO
Power systems analysis P.S.R. Murty - 2nd ed. - Saint Louis Elsevier Science, United States of America : 2017. - xiii, 406 p. ; 24 cm.
COVER; Preface; Acknowledgment; CONTENTS; INTRODUCTION; GRAPH THEORY; INCIDENCE MATRICES; BUILDING OF NETWORK MATRICES; POWER FLOW STUDIES; SHORT CIRCUIT ANALYSIS; UNBALANCED FAULT ANALYSIS; POWER SYSTEM STABILITY; Objective Questions; Answers to Objective Questions; INDEX.
Power system analysis is a pre-requisite course for electrical engineering students. This book introduces concepts of a power system, network model faults and analysis and the primitive network stability. It also deals with graph theory relevant to various incidence matrices, building of network matrices and power flow studies. It further discusses with short circuit analysis, unbalanced fault analysis and power system stability problems, such as, steady state stability, transient stability and dynamic stability. Salient Features: Number of worked examples are followed after explaining theory.
9780081011119
2017385636
Electric power systems
System analysis
TECHNOLOGY & ENGINEERING--Electrical
621.3191 MU PO