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2

Substation Power Engineering Fundamentals

سرفصل های دوره

Learn from Professionals, Electrical Power Engineering


01 - Introduction
  • 001 Introduction

  • 02 - What is a substation
  • 001 What is a substation

  • 03 - Types of Substations
  • 001 Types of Substations

  • 04 - Air Insulated Substation AIS
  • 001 Air Insulated Substation AIS

  • 05 - Gas Insulated Substations
  • 001 Gas Insulated Substations

  • 06 - Hybrid Substations
  • 001 Hybrid Substations

  • 07 - AIS and GIS Foot Print
  • 001 AIS and GIS Foot Print

  • 08 - Comparision of GIS and AIS
  • 001 Comparision of GIS and AIS

  • 09 - Substation and Grid Station
  • 001 Substation and Grid Station

  • 10 - Why Substations are required
  • 001 Why Substations are required

  • 11 - Requirement of Substation Due to Ferranti Effect
  • 001 Requirement of Substation Due to Ferranti Effect

  • 12 - How earlier power distribution look like
  • 001 How earlier power distribution look like

  • 13 - Development of 1st AC Transmission Line and Substation
  • 001 Development of 1st AC Transmission Line and Substation

  • 14 - Tesla Lab
  • 001 Tesla Lab

  • 15 - Components of Substations
  • 001 Components of Substations

  • 16 - What are Transformer and How they work
  • 001 What are Transformer and How they work

  • 17 - Transformer Basics
  • 001 Transformer Basics

  • 18 - Induced Voltage per turn relationship
  • 001 Induced Voltage per turn relationship

  • 19 - Transformer Turn Ratio and full load current calculations
  • 001 Transformer Turn Ratio and full load current calculations

  • 20 - Percentage Impedance of Transformer
  • 001 Percentage Impedance of Transformer

  • 21 - Vector Group
  • 001 Vector Group

  • 22 - Polarity of Transformer
  • 001 Polarity of Transformer

  • 23 - Radiator in Transformer
  • 001 Radiator in Transformer

  • 24 - Types of Cooling, Why Two ratings are given at name plate of transformer
  • 001 Types of Cooling, Why Two ratings are given at name plate of transformer

  • 25 - Buchholz Relay
  • 001 Buchholz Relay

  • 26 - Where buchholz relay should be installed
  • 001 Where buchholz relay should be installed

  • 27 - Buchholz Relay Working Principle
  • 001 Buchholz Relay Working Principle

  • 28 - Directional mark on buchholz relay
  • 001 Directional mark on buchholz relay

  • 29 - Sudden Oil Pressure Relay
  • 001 Sudden Oil Pressure Relay

  • 30 - Oil and Winding Temperature Indicator
  • 001 Oil and Winding Temperature Indicator

  • 31 - Oil Level Indicator
  • 001 Oil Level Indicator

  • 32 - Pressure Relief Device
  • 001 Pressure Relief Device

  • 33 - Bushing of Transformer and Bushing Test Tap
  • 001 Bushing of Transformer and Bushing Test Tap

  • 34 - Rupture Disc
  • 001 Rupture Disc

  • 35 - Tap Changer Types and requirements
  • 001 Tap Changer Types and requirements

  • 36 - Off load tap changer
  • 001 Off load tap changer

  • 37 - On Load Tap Changer
  • 001 On Load Tap Changer

  • 38 - Transformer General Arrangement Drawing
  • 001 Transformer General Arrangement Drawing

  • 39 - Transformer Name Plate
  • 001 Transformer Name Plate

  • 40 - Silica Gel and Breather
  • 001 Silica Gel and Breather

  • 41 - Isolator
  • 001 Isolator

  • 42 - Circuit Breaker
  • 001 Circuit Breaker

  • 43 - Earth Switch
  • 001 Earth Switch

  • 44 - Voltage Transformer
  • 001 Voltage Transformer

  • 45 - Current Transformer
  • 001 Current Transformer

  • 46 - Cable Sealing End
  • 001 Cable Sealing End

  • 47 - SF6 to Air Bushing
  • 001 SF6 to Air Bushing

  • 48 - Busbar
  • 001 Busbar

  • 49 - Visual Inspection of Transformer
  • 001 Visual Inspection of Transformer

  • 50 - Auxiliary Transformer
  • 001 Auxiliary Transformer

  • 51 - NGR Neutral Ground Resistor
  • 001 NGR Neutral Ground Resistor

  • 52 - Understand NGR application using ETAP
  • 001 Understand NGR application using ETAP

  • 53 - Fuses
  • 001 Fuses

  • 54 - Shunt Reactor
  • 001 Shunt Reactor

  • 55 - Shunt Reactor at Single Line Diagram
  • 001 Shunt Reactor at Single Line Diagram

  • 56 - Current Limiting Reactor
  • 001 Current Limiting Reactor

  • 57 - Communication System Between Substations PLC and Fiber Optic
  • 001 Communication System Between Substations PLC and Fiber Optic

  • 58 - Capacitor Bank In substation
  • 001 Capacitor Bank In substation

  • 59 - Surge Arrestor
  • 001 Surge Arrestor

  • 60 - Lighting Rod and Mast
  • 001 Lighting Rod and Mast

  • 61 - Thermal Imaging Technique
  • 001 Thermal Imaging Technique

  • 62 - Busbar Scheme, Single bus Single Breaker Scheme
  • 001 Busbar Scheme, Single bus Single Breaker Scheme

  • 63 - Single Bus and Single Breaker Scheme with Bus Section CB
  • 001 Single Bus and Single Breaker Scheme with Bus Section CB

  • 64 - Double Bus Single Breaker Scheme
  • 001 Double Bus Single Breaker Scheme

  • 65 - One and Half Breaker Scheme
  • 001 One and Half Breaker Scheme

  • 66 - Ring or Mesh Busbar Scheme
  • 001 Ring or Mesh Busbar Scheme

  • 67 - Double Bus Double Breaker Scheme
  • 001 Double Bus Double Breaker Scheme

  • 68 - Main and Transfer Bus System
  • 001 Main and Transfer Bus System

  • 69 - Double Bus System with bypass isolator
  • 001 Double Bus System with bypass isolator

  • 70 - Concept of Interlocking at Substation
  • 001 Concept of Interlocking at Substation

  • 71 - Philosophy of Protection System
  • 001 Philosophy of Protection System

  • 72 - Control and Protection System in Substation
  • 001 Control and Protection System in Substation

  • 73 - ANSI Codes for presentation of devices
  • 001 ANSI Codes for presentation of devices

  • 74 - Faults in Power System
  • 001 Faults in Power System

  • 75 - Characteristics of Protection System
  • 001 Characteristics of Protection System

  • 76 - Protection Zone Over lapping and Blind Zones in Power System
  • 001 Protection Zone Over lapping and Blind Zones in Power System

  • 77 - Protection Relays and its type
  • 001 Protection Relays and its type

  • 78 - Induction Disk Type Electromechanical Relay
  • 001 Induction Disk Type Electromechanical Relay

  • 79 - Attracted Armature Type Relay
  • 001 Attracted Armature Type Relay

  • 80 - Static Relays
  • 001 Static Relays

  • 81 - Digital Relays
  • 001 Digital Relays

  • 82 - Numerical Protection Relays
  • 001 Numerical Protection Relays

  • 83 - Protection Relays types with respect to function
  • 001 Protection Relays types with respect to function

  • 84 - Tripping Relays, Lockout Relays, Aux Relays and tripping coils
  • 001 Tripping Relays, Lockout Relays, Aux Relays and tripping coils

  • 85 - Batteries in Substation
  • 001 Batteries in Substation

  • 86 - Battery Charger Single Line Diagram
  • 001 Battery Charger Single Line Diagram

  • 87 - Battery Charging Techniques
  • 001 Battery Charging Techniques

  • 88 - MV SWGR
  • 001 MV SWGR

  • 89 - MV Compartments
  • 001 MV Compartments

  • 90 - Busbar Compartment
  • 001 Busbar Compartment

  • 91 - Cable Compartment
  • 001 Cable Compartment

  • 92 - Circuit Breaker Compartment
  • 001 Circuit Breaker Compartment

  • 93 - Low Voltage Compartment
  • 001 Low Voltage Compartment

  • 94 - What is it mean by earthing, what need to be earthed
  • 001 What is it mean by earthing, what need to be earthed

  • 95 - Why to Earth or Ground, Advantages of Earthing
  • 001 Why to Earth or Ground, Advantages of Earthing

  • 96 - Over View of Earthing System
  • 001 Over View of Earthing System
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