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Course Overview
Schedule of Classes
Course Curriculum
7 Subjects
Matlab for Electrical Engineering
87 Learning Materials
Introduction to Simulation and Hardware
Introduction to Simulation and Hardware
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Various Simulation Softwares for Electrical Engineering
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Introduction to Matlab and Simulink
Introduction to Matlab
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Introduction to Simulink
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Features & Applications of Matlab
Features & Applications of Matlab
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Matlab Vs Simulink
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Various Research Areas in Electrical Engineering
Research Areas in Power System
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Research Areas in Power Electronics
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Research areas in Electrical Machines
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Research areas in PE Application to PS
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Research areas in PE Application to Machines
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Matlab/Simulink Toolbox Selection for Various Research areas in Electrical Engineering
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Versions of Matlab
Versions of Matlab
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Matlab Desktop
Matlab Desktop
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Matlab as a Calculator
Matlab as a Calculator
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Number Formats and Variables
Number Formats and Variables
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Getting Help
Getting Help
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Operators
Matlab Basic Syntax
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Operators
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Matlab Built-In Function
Built-In Function
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Vectors
Vectors
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Vector Operations
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Matrix Operations
Entering Matrix in Matlab
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Matrix Operations
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System of Linear Equations
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Colon Notation
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Data Types
Data Types in Matlab
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Calculus
Algebra
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Limits
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Differential Calculus
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Maxima and Minima
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Solving Differential Equations
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Integrations
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Polynomials
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Laplace and Fourier Transforms
Laplace and Fourier Transforms
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Transfer Function and Step Response
Transfer Function Step Response
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State-Space Representation
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Plots
Plots
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Sub-Plots
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Figure Window
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3D-Plot
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Matlab Programming
Conditional Control
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Loop Control
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Matlab M-Files
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Circuit Theory : Thevinin's Theorem
Thevenin's Theorem Example - 01
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Thevenin's Theorem Example - 02
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Circuit Theory : Norton's Theorem
Norton's Theorem Example - 03
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Norton's Theorem Example - 04
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Circuit Theory : Superposition Theorem
Superposition Theorem Example - 05
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Superposition Theorem Example - 06
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Circuit Theory : Nodal Analysis and Mesh Analysis
Nodal Analysis Example - 07
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Mesh Analysis Example - 08
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Nodal Analysis Example - 09
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Circuit Theory : DC Transient
Differential Equation Model of RL Transient Example -10
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Transfer Function Model of RL Transient Example -11
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Differential Equation Model of RC Transient Example -12
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Transfer function model of RC Transient Example - 13
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Differential Equation Model of RLC Transient Example -14
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Transfer function model of RLC Transient Example - 15
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Circuit Theory : Maximum Power Transfer Theorem
Maximum Power Transfer Theorem Example -16
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DC Motor Modeling
DC Motor Modeling Using Matlab
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Introduction to Measuring Instruments
Introduction to Measuring Instruments
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Extending the Range of Instruments
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Extending the Range of Ammeter
Extending the Range of Ammeter
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Example-1_Ammeter Shunt
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Example-2_Ammeter Shunt
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Extending the Range of Voltmeter
Extending the Range of Voltmeter
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Example-1 Voltmeter Multiplier
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Example-2 Voltmeter Multiplier
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Measurement of Power in Three-Phase Circuits
Measurement of Power in Three-Phase Circuits
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One-Wattmeter Method
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Two-Wattmeter Method_ Star-Connected System
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Two-Watt meter Method_ Delta-Connected System
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Three-Wattmeter Method
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Determination of Power Factor from Wattmeter Readings
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Examples on Two Wattmeter Method
Example-1 Two Wattmeter Method
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Example-2 Two Wattmeter Method
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Example-3 Two Wattmeter Method
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Example-4 Two Wattmeter Method
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Measurement of Reactive Volt-Amperes
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Power Factor Correction
Power Factor Correction
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Example-1 Power Factor Correction
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Example-2 Power Factor Correction
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Example-3 Power Factor Correction
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What is Energy
What is Energy
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Example-1 Energy meter
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Example-2 Energy meter
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Simulink Physical Model
27 Learning Materials
Introduction to Simulation and Hardware
Introduction to Simulation and Hardware
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Various Simulation Softwares for Electrical Engineering
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Introduction to Matlab and Simulink
Introduction to Matlab
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Introduction to Simulink
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Features & Applications of Matlab
Features & Applications of Matlab
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Matlab Vs Simulink
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Various Research Areas In Electrical Engineering
Research Areas in Power system
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Research Areas in Power Electronics
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Research areas in Electrical Machines
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Research areas in PE application to PS
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Research areas in PE application to Machines
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Matlab/Simulink Toolbox Selection for Various Research areas in Electrical Engineering
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Introduction to Simulink Physical Model
Introduction to Simulink Physical Model
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Simulink SimPower System Block Set
Introduction to Sim Power System
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Application Library
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Electrical Sources & Elements
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Machines and Measurements
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Power Electronics
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Circuit Theory Module-01_Thevinin's,Norton's and Superposition Theorem
Example-01_Thevenin's Theorem
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Example-02_Thevenin's Theorem
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Example-03_Norton's Theorem
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Example-04_Norton's Theorem
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Example-05_Superposition Theorem
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Example-06_Superposition Theorem
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Circuit Theory Module-02_Nodal Analysis and Mesh Analysis
Example-07_Nodal Analysis
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Example-08_Mesh Analysis
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Example-09_Nodal Analysis
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Simulink Math Model
35 Learning Materials
Introduction to Simulation and Hardware
Introduction to Simulation and Hardware
External Link
Various Simulation Software's for Electrical Engineering
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Introduction to Matlab and Simulink
Introduction to Matlab
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Introduction to Simulink
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Features & Applications of Matlab
Features & Applications of Matlab
External Link
Matlab Vs Simulink
External Link
Various Research Areas In Electrical Engineering
Research Areas in Power system
External Link
Research Areas in Power Electronics
External Link
Research areas in Electrical Machines
External Link
Research areas in PE Application to PS
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Research areas in PE Application to Machines
External Link
Matlab/Simulink Toolbox Selection for Various Research areas in Electrical Engineering
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Introduction to Simulink Mathematical Model
Introduction to Simulink Mathematical Model
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Commonly used Blocks
Commonly used Blocks - Lecture-01
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Commonly used Blocks - Lecture-02
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Continuous Blocks
Continuous Blocks
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LookUp Tables
LookUp Tables
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Math Operations & Signal Routing
Math Operations & Signal Routing
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Sinks & Sources
Sinks & Sources
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Circuit Theory Module-01_Thevinin's,Norton's and Superposition Theorem
Thevenin's Theorem Example - 01
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Thevenin's Theorem Example - 02
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Example-03_Norton's Theorem
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Example-04_Norton's Theorem
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Example-05_Superposition Theorem
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Example-06_Superposition Theorem
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Circuit Theory Module-02_Nodal Analysis
Example-07_Nodal Analysis
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Circuit Theory Module-03_DC Transient
Example-08_Differential Equation Model of RL Transient
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Example-09_Transfer function model of RL Transient
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Example-10_Differential Equation Model of RC Transient
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Example-11_Transfer Function Model of RC Transient
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Example-12_Differential Equation Model of RLC Transient
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Example-13_Transfer Function Model of RLC Transient
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Example-14_State space Model of RLC Transient
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DC Motor Modeling
Differential Equation Model of DC Motor
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Transfer Function Model of DC Motor
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OLD_SKT_EEE_Theory_Smart Grid
31 Learning Materials
Introduction to Smart Grid
Introduction to Smart Grid
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Traditional Grids
Concept and Overview of smart Grid
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Challenges in Traditional Grid
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Examples of Challenge in Traditional Grid
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Retail Grid
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Drivers for Smart Grid
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Summary and Conclusions
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Smart Grid Conceptual Model
Smart Grid Conceptual Model
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Grid Wise Interoperability Stack
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"Smart Grid Domains of Conceptual Model"
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Smart Grid
Importance of Smart Grid in India
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Smart Grid Architectural Perspectives
Overview of Smart Grid Architectural Perspectives
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Smart Grid Domains
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Interoperability Framework
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Smart Grid Architectural Model (IEC Perspective)
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Smart Grid Domains & Zones (IEC Perspective)
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Utility Information System View
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Smart Grid Implementation Views
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Smart Grid Maturity Model
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Smart Grid Vendors
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BIG Data Applications in Smart Grids
What is BIG Data in Smart Grid
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Use Cases for Big Data Analytics in Smart Grids 1-5
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Use Cases for Big Data Analytics in Smart Grids 6-10
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Use Cases for Big Data Analytics in Smart Grids 11- 15
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Use Cases for Big Data Analytics in Smart Grids 16- 22
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Open Data Sets
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Smart Distribution
Overview of DMS
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Technology Layers – IT, CT, OT
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Distribution Automation
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Outage Management System
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Fault Passage Indicators
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Analysis of DC-DC converters
38 Learning Materials
Introduction to Power Electronics
Introduction to Power Electronics
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Components of DC-DC Converter
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Classification of DC-DC Converters
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Choppers (or) DC-DC Converters
Introduction to DC-DC Converters or Choppers
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Buck Converter
Introduction to Buck Converter
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Buck Converter Operation
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Applications of Buck Converter
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Design of Buck Converter - CCM
Conduction Modes of Buck Converter
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Design Equations of Buck Converter in CCM
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Effect of Switching Frequency on L&C Ratings
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Example -Design of Buck Converter in CCM
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Effect of Switching Frequency and Components Rating on Operation Mode of Buck Converter
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Finding V-I Rating for Various Components of Buck Converter
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Matlab/Simulink Model of Buck Converter - CCM
Matlab Program for Design of Buck Converter in CCM
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Matlab/Simulink Model of Buck Converter for given Parameters
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Generalized Matlab/Simulink Model of Buck Converter for given Parameters
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Matlab Program to Find Ripple Current and Voltage of Buck Converter for given Parameters
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Generalized Matlab/Simulink Model to Show Ripple Current and Voltage of Buck Converter
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Design of Buck Converter - DCM
What is DCM in Buck Converter
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Voltage Gain Derivation of Buck Converter in DCM
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CCM & DCM Modes of Buck Converter
Derivation of Critical Inductance for Separation of CCM and DCM
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Matlab/Simulink Model of Buck Converter - DCM
Matlab Program to find the Operation Mode of the Buck Converter
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Develop a Matlab/Simulink Model to find the Operation Mode of the Buck Converter
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Develop a Matlab/Simulink Model to find Voltage Gain of the Buck Converter in DCM
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Closed Loop Control of Buck Converter
Closed Loop Control of Buck Converter
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Matlab/Simulink Model of Buck Converter with Closed Loop Control
Closed Loop Control of Buck Converter with fixed Vout and Variable load - Lecture-01
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Closed Loop Control of Buck Converter with fixed Vout and Variable load - Lecture-02
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Simulink Model for Closed Loop Control of Buck Converter with fixed Load and Variable Vout
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Boost Converter
Introduction to Boost Converter
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How to Derive Boost Converter Configuration from the Buck Converter
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Boost Converter Operation
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Applications of Boost Converter
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Design of Boost Converter - CCM
Conduction Modes of Boost Converter
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Design Equations of Boost Converter in CCM
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Effect of switching frequency on L&C Ratings of Boost Converter
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Example -Design of Boost Converter in CCM
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Effect of Switching Frequency and Components Rating on Operation Mode of Boost Converter
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Finding V-I Rating for Various Components of Boost Converter
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Fault Analysis using MATLAB
15 Learning Materials
Introduction to Fault Analysis
Introduction to Fault
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Fault Analysis
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Transient Response of RL Circuit
Transient Response of RL Circuit
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Transient Response of Synchronous Generator
Transient Response of Synchronous Generator
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Sub-Transient Internal Voltage of Synchronous Generator
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Fault Analysis using Sub-Transient Internal Voltage
Example 1 - Fault Analysis using Sub-Transient Internal Voltage Method
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Example 2 - Fault Analysis using Sub-Transient
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Fault Analysis using Thevenin’s Equivalent
Example 3 - Fault Analysis using Thevenin’s Equivalent
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Example 4 - Fault Analysis using Thevenin’s Equivalent Method
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Analysis of Three Phase Fault on Synchronous Generator Terminals
Example 5 - Fault Analysis of Synchronous Generator
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Example 6 - A Three Phase Fault Occurs in the Internal Winding of One of the Motor
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Analysis of Three Phase Fault on Transformer Terminals
Example 7 - A Three Phase Fault Occurs in the Primary Terminals of the Transformer
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Example 8 - A Three Phase Fault Occurs in the Secondary Terminals of the Transformer
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Example 9 - Compare Results with Example 8 and Comment
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Selection of Circuit Breakers
Selection of Circuit Breakers
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Power system analysis using MATLAB
69 Learning Materials
Per-Unit Representation of Power System Network
Introduction to Per-Unit System
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Introduction to Single Line Diagram
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Representation of Power System Network With Single Line Diagram
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Per-Unit Representation
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Conversion of Actual Quantities to Per-Unit Quantities
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Conversion of Per-Unit Quantities to Actual Quantities
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Problems on Per-Unit System
Example 1_Solving Power System Network Without Per-Unit Calculations
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Example 2_Solving Power System Network With Per-Unit Calculations
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Find the Most Efficient Cable by Using Per-Unit Calculations
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Conversion Between Per-Unit Systems With Different Base Values
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Example-1
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Example-2
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Introduction to Y-Bus
Introduction to Y-Bus
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Y-Bus Formation
Formation of Bus Admittance Matrix
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Bus Admittance Matrix with 4-Bus System
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Example_ Bus Admittance Matrix
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Introduction to Load Flow
Introduction to Load Flow
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IEEE N-Bus System
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Load Flow Formulation
Load Flow Equations
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Types of Buses in Load Flow Analysis
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Methods for Solving the Load Flow Problem
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3 Bus Example for Load Flow Formulation
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5 Bus Example for Load Flow Formulation
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Introduction to Gauss-Seidel Method
Introduction to Gauss-Seidel Method
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Gauss-Seidel Method
Solution of Non Linear Equations Using Gauss-Seidel Method
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Gauss-Seidel Method Applied to Load Flow
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Algorithm Steps for Gauss-Seidel Method
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Applications of Gauss-Seidel Method
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Preparation of Data for Load Flow
Preparation of Data for Load Flow Lecture-01
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Preparation of Data for Load Flow Lecture-02
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Problems on Gauss-Seidel Method
Example 1_Load Flow Solution With One Slack Bus and One Load Bus Using Gauss-Seidel Method
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Load Flow Solution With Two Generator Buses and One Load Bus Using Gauss-Seidel Method Lecture-01
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Load Flow Solution With Two Generator Buses and One Load Bus Using Gauss-Seidel Method Lecture-02
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Theoretical Calculation of Two Bus System with Gauss Seidel Method
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5-Bus Load Flow Solution using Gauss Seidel Method
Formation of Y-Bus Lecture-01
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Formation of Y-Bus Lecture-02
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Determining the Equations to Solve
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Gauss Seidel Iterations Lecture-01
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Gauss Seidel Iterations Lecture-02
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Gauss-Seidel Method of Power Flows Solution
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Newton Raphson Method
Procedure of Newton Raphson Method
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Advantages and Disadvantages of Newton Raphson Method
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Problems on Newton-Raphson Method
Load Flow Solution With One Slack Bus and One Load Bus Using Newtons Raphson Method Lecture-01
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Load Flow Solution With One Slack Bus and One Load Bus Using Newtons Raphson Method Lecture-02
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Load Flow Solution With Two Generator Buses and One Load Bus Using Newtons Raphson Method Lecture-01
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Load Flow Solution With Two Generator Buses and One Load Bus Using Newtons Raphson Method Lecture-02
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Load Flow Solution With Two Generator Buses and One Load Bus Using Newtons Raphson Method Lecture-03
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Load Flow Solution With Two Generator Buses and One Load Bus Using Newtons Raphson Method Lecture-04
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Theoretical Calculation of Two Bus System with Newton Raphson Method_Lecture-01
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Theoretical Calculation of Two Bus System with Newton Raphson Method_Lecture-02
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Programming of Two Bus System with Newton Raphson Method
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5-Bus Load Flow Solution using Newton-Raphson Method
Formation of Y-Bus
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Determining the Equations to Solve
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Preparing to Solve the Equations
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Defining the Structure of Jacobian Matrix
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Calculating the Elements of Jacobian Matrix Lecture-01
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Calculating the Elements of Jacobian Matrix Lecture-02
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Calculating the Elements of Jacobian Matrix Lecture-03
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Newton-Raphson Iteration and Correction of Unknown Variables
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Fast Decoupled Load Flow Method
Introduction to Fast Decoupled Load Flow Method
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Advantages and Disadvantages of Fast Decoupled Load Flow Method
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Problems on Fast Decoupled Load Flow Method
Load Flow Solution With One Slack Bus and One Load Bus Using Fast Decoupled Load Flow Method
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Load Flow Solution With Two Generator Buses and One Load Bus Fast Decoupled Load Flow Method
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Theoretical Calculation of Two Bus System with Fast Decoupled Load Flow Method
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Programming of Two Bus System with Fast Decoupled Load Flow Method
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5-Bus Load Flow Solution using Fast Decoupled Load Flow Method
5-Bus Load Flow Solution using Fast Decoupled Load Flow Method
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Comparison of Load Flow Methods for Two Bus System
Comparison of Load Flow Methods for Two Bus System
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Comparison of Load Flow Methods for Three Bus System
Comparison of Load Flow Methods for Three Bus System
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Comparison of 5-Bus Load Flow Solution
Comparison of 5-Bus Load Flow Solution
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