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خانه » فروشگاه » آموزش علوم درسی و دانشگاهی » فیزیک » Ultimate Electrical Power System Engineering Masterclass

Ultimate Electrical Power System Engineering Masterclass

سرفصل های دوره

Your complete guide in power system analysis, modelling, load flow and fault studies, for electrical power engineering


1 - Electric Power System Overview
  • 1 - Generation and transmission of electric power
  • 2 - Distribution and consumption of electric power
  • 3 - EBook of The Course.html
  • 3 - Electronic-book-of-the-course.pdf
  • 4 - Single line diagram SLD of power system

    • 2 - Review of Basic Principles
  • 5 - Different types of power in power system
  • 6 - Complex power and power triangle
  • 7 - Example 1 Power analysis
  • 8 - Power factor Definition
  • 9 - Power factor correction
  • 10 - Example 2 power factor correction
  • 11 - Complex Power Flow
  • 12 - Example 3 Power flow in power systems

    • 3 - Balanced ThreePhase Systems
  • 13 - Advantages of 3phase in power system
  • 14 - Balanced 3phase supply
  • 15 - 3phase circuit connections
  • 16 - Line and phase voltages in star loads
  • 17 - StarStar system 4wire
  • 18 - StarStar system 3wire
  • 19 - Example 1 starstar
  • 20 - line and phase currents in delta loads
  • 21 - StarDelta system
  • 22 - Example 2 stardelta
  • 23 - DeltaStar system
  • 24 - Example 3 deltastar
  • 25 - DeltaDelta system
  • 26 - Example 4 deltadelta
  • 27 - 3phase instantenous Power
  • 28 - Power in balanced 3ph system
  • 29 - Power factor improvement in 3ph circuits
  • 30 - Example 5 PF correction in 3ph systems

    • 4 - Generators in Power System
  • 31 - Synchronous generators Alternators
  • 32 - Salient pole vs cylindrical rotor generators
  • 33 - Alternator operation
  • 34 - Induced EMF Equation
  • 35 - Magnetization curve of synchronous generators
  • 36 - Generator model equivalent circuit
  • 37 - Phasor diagram of synchronous generators
  • 38 - Performance parameters of synchronous generator
  • 39 - Power angle characteristics of Synchronous generator
  • 40 - Example 1 Generator model
  • 41 - Example 2 Performance parameters of alternators

    • 5 - Transformers in power systems
  • 42 - Transformer construction and operation
  • 43 - Transformer equivalent circuit
  • 44 - Example 1 Transformer circuit model
  • 45 - No load test of transformers
  • 46 - Short circuit test of transformers
  • 47 - Example 2 Determination of transformer parameters
  • 48 - Transformer Performance
  • 49 - ThreePhase Transformers
  • 50 - Three phase transformer Connections
  • 51 - PerPhase Model of 3Phase Transformer
  • 52 - Example 3 Threephase Transformer efficiency

    • 6 - Transmission Lines in Power Systems
  • 53 - Introduction to Transmission Lines
  • 54 - Transmission line Parameters
  • 55 - Transmission Line Modelling and Performance
  • 56 - Short Transmission Line
  • 57 - Example 1 Short line model
  • 58 - Medium Transmission Line
  • 59 - Example 2 Medium line model
  • 60 - Long Transmission Line
  • 61 - Equivalent PI Model
  • 62 - Lossles Transmission lines
  • 63 - Surge Impedance Loading SIL
  • 64 - Example 3 Long line model SIL

    • 7 - Per Unit System
  • 65 - Concept of Per Unit System
  • 66 - Per Unit Calculations
  • 67 - Solved Example 1 PU calculations
  • 68 - Change of Base
  • 69 - Complete numerical example on PU system part 1
  • 70 - Complete numerical example on PU system part 2

    • 8 - Power Flow analysis
  • 71 - Concept and importance
  • 72 - Important definitions related to load flow study
  • 73 - Types of buses in power system
  • 74 - Bus admittance matrix Ybus
  • 75 - Example 1 Ybus formation
  • 76 - Load flow equations

    • 9 - Load Flow Solution Methods
  • 77 - Approximate method
  • 78 - Example 1 Approximate method
  • 79 - GaussSeidal method
  • 80 - Example 2 GaussSeidal Part 1
  • 81 - Example 2 GaussSeidal Part 2
  • 82 - Line flows and losses
  • 83 - Example 3 Line flows and losses
  • 84 - DC power flow method
  • 85 - Mathematical formulation of DC power flow
  • 86 - Example 4 DC power flow

    • 10 - Fault Analysis in Power System
  • 87 - Fault Analysis Overview
  • 88 - Causes of faults
  • 89 - Faults in power system in a year
  • 90 - Types of power system faults
  • 91 - Consequences of faults
  • 92 - Assumptions in fault studies

    • 11 - Symmetrical Faults Analysis
  • 93 - Synchronous generator reactance under short circuits
  • 94 - Symmetrical fault analysis using Thevenin
  • 95 - Example 1 Fault analysis using Thevenin
  • 96 - Symmetrical fault analysis using bus impedance matrix
  • 97 - Example 2 Fault analysis using bus impedance matrix Zbus
  • 98 - Bus impedance matrix building algorithm
  • 99 - Example 3 Zbus formation

    • 12 - Symmetrical Components and Sequence Networks
  • 100 - Concept of symmetrical components
  • 101 - Formulation of symmetrical components
  • 102 - Important notes
  • 103 - Numerical examples on symmetrical components
  • 104 - Sequence networks
  • 105 - Sequence networks for generator and transmission lines
  • 106 - Sequence networks for transformer
  • 107 - Example 1 0 sequence networks for a given power system
  • 108 - Example 2 0 sequence networks for a given power system

    • 13 - Unsymmetrical Faults analysis
  • 109 - Overview and objective
  • 110 - LG fault analysis
  • 111 - LL fault analysis
  • 112 - LLG fault analysis
  • 113 - Summary and steps of solution
  • 114 - Solved example on unsymmetrical faults part 1
  • 115 - Solved example on unsymmetrical faults part 2

    • 14 - Practical Projects Power Systems Simulations in MATLAB
  • 116 - Project 1 Stand alone synchronous Generator
  • 116 - emf-control-of-synch-gen.zip
  • 117 - Project 2 Synchronous Generator connected to the grid
  • 117 - synchronous-mc-with-grid.zip
  • 118 - Project 3 Simulation of 3ph transformers
  • 118 - simuation-of-3-ph-transformer.zip
  • 119 - Project 4 Transmission line design
  • 120 - Project 5 Power flow study in MATLAB
  • 120 - load-flow-analysis.zip
  • 121 - Project 6 Fault analysis in MATLAB
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