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The Diploma

PROGRAM OVERVIEW

Description

Simulink Physical Modeling Mainly can be done with Simpower system library. Simpower Systems is a software for modeling and simulating electric power systems in the Simulink® environment. It has powerful features for modeling generation, transmission and distribution, especially when designing associated monitoring and control systems. Simpower Systems is well suited to the development of complex, self-contained power systems, such as those in automobiles, aircraft, manufacturing plants and generating stations.

What will you learn?

Almost every engineering discipline has its own unique method for developing a mathematical representation for a particular system. In electrical networks, the pictorial representation is the “schematic diagram” that shows how the components (resistors, capacitors, inductors, solid-state devices, switches, etc.) are connected. We’ll do Simulink Physical Modeling with Simpower Systems library.

· What is the Role of Simulation in Design

· About SimPower Systems Libraries

· How to Building and Simulating a Simple Circuit

· Simpower Systems Blocks Library

Ø Application Libraries

Ø Electrical Sources

Ø Elements

Ø Extra Library

Ø Machines

Ø Measurements

Ø Power Electronics

Prerequisites

The Pre-requisites of learning Simulink Mathematical Modeling is having basic knowledge of Matlab, Basics of Simulink and C language is enough.


CURRICULUM

  Introduction to Simulation and Hardware

  • Introduction to Simulation and Hardware
  • Various Simulation Softwares for Electrical Engineering

  Introduction to Matlab and Simulink

  • Introduction to Matlab
  • Introduction to Simulink

  Features & Applications of Matlab

  • Features & Applications of Matlab
  • Matlab Vs Simulink

  Various Research Areas In Electrical Engineering

  • Research Areas in Power system
  • Research Areas in Power Electronics
  • Research areas in Electrical Machines
  • Research areas in PE application to PS
  • Research areas in PE application to Machines
  • Matlab/Simulink Toolbox Selection for Various Research areas in Electrical Engineering

  Introduction to Simulink Physical Model

  • Introduction to Simulink Physical Model

  Simulink SimPower System Block Set

  • Introduction to Sim Power System
  • Application Library
  • Electrical Sources & Elements
  • Machines and Measurements
  • Power Electronics

  Circuit Theory Module-01_Thevinin's,Norton's and Superposition Theorem

  • Example-01_Thevenin's Theorem
  • Example-02_Thevenin's Theorem
  • Example-03_Norton's Theorem
  • Example-04_Norton's Theorem
  • Example-05_Superposition Theorem
  • Example-06_Superposition Theorem

  Circuit Theory Module-02_Nodal Analysis and Mesh Analysis

  • Example-07_Nodal Analysis
  • Example-08_Mesh Analysis
  • Example-09_Nodal Analysis