Electrical Engineering and Basic Electronics notes

THE POWER SYSTEM: AN OVERVIEW 1 2 BASIC PRINCIPLES 5 3 GENERATOR AND TRANSFORMER MODELS; THE PER-UNIT SYSTEM 25 4 TRANSMISSION LINE PARAMETERS 52 5 LINE MODEL AND PERFORMANCE 68 6 POWER FLOW ANALYSIS 107 7 OPTIMAL DISPATCH OF GENERATION 147 8 SYNCHRONOUS MACHINE TRANSIENT ANALYSIS 170 9 BALANCED FAULT 181 10 SYMMETRICAL COMPONENTS AND UNBALANCED FAULT 208 11 STABILITY 244 12 POWER SYSTEM CONTROL 263 iCHAPTER 1 PROBLEMS 1.1 The demand estimation is the starting point for planning th...

Providing all you need to know on transformer, motor, and generator

THE POWER SYSTEM: AN OVERVIEW 1 2 BASIC PRINCIPLES 5 3 GENERATOR AND TRANSFORMER MODELS; THE PER-UNIT SYSTEM 25 4 TRANSMISSION LINE PARAMETERS 52 5 LINE MODEL AND PERFORMANCE 68 6 POWER FLOW ANALYSIS 107 7 OPTIMAL DISPATCH OF GENERATION 147 8 SYNCHRONOUS MACHINE TRANSIENT ANALYSIS 170 9 BALANCED FAULT 181 10 SYMMETRICAL COMPONENTS AND UNBALANCED FAULT 208 11 STABILITY 244 12 POWER SYSTEM CONTROL 263 iCHAPTER 1 PROBLEMS 1.1 The demand estimation is the starting point for planning th...

Providing all you need to know on transformer, motor, and generator