Pss/E Siemens And Pss/E Automation With Python

PSS/E from 0 to Hero !

What you'll learn
Learning one of the most Power Systems Simulations Software
Designing and modeling Power System Schemes with high accuracy
Making Simulations and receiving results
Exporting results in the most editable method
Automatizing their job with python
Requirements
Be an Electrical Engineering Student
Be an Electrical Engineer / Modeling & Simulation Engineer
Be anyone who is eager to learn and enter in the world of simulations
Description
This course offers a full and easily detailed tutorial for one of the most powerful software used nowadays by biggest companies in Power System and Renewable Energy field. With the fast evolution and integration of many renewable energy resources, engineers need to be completed with a lot of software skills. This course covers all the steps to conclude a project from beginner to advanced levels and the most important part is that python language is included as one of the most powerful language used todays in almost every engineering field. In the first sections users will be able to understand the basics steps to create the most simple network system. Also a detailed explanation is made for almost every electrical element used. The difficulty increases in the next steps but a simple and organized explanation is given for almost every lecture. The course is completed by simulating different renewable energy systems like; Hydro, Solar and Wind. Also there is a special dedicated section on fully automation of the software and also exporting the desired results very easily. After completing this course the user will be able to utilize almost every module or feature this software provides and feel very confident while kickstarting a career in Power Systems.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 PSS/E installation

Section 2: Creating a simple project in PSS/E

Lecture 3 Simple project steps

Lecture 4 Electrical Elements in PSS/E

Lecture 5 File types in PSS/E

Lecture 6 Creating simple electrical system

Lecture 7 Saving the project

Section 3: Load Flow from A-Z

Lecture 8 Introduction to Load Flow

Lecture 9 Performing Load Flow

Lecture 10 Export results

Section 4: Steady state power quality analysis PSS/E

Lecture 11 Short circuit study Steady State

Lecture 12 Important file definitions

Lecture 13 Subsystem, Contingency, Monitoring ,DFAX file

Lecture 14 Creating .sub .mon .con files from PSSE directly

Lecture 15 Perfoming AC Contingency Analysis

Lecture 16 Performing QV Analysis

Section 5: Dynamic Simulation A-Z in PSS/E

Lecture 17 Introduction to Dynamic Simulation

Lecture 18 Importing & Configuring Dynamic Models

Lecture 19 Saving Dynamic File for Dynamic Simulations

Lecture 20 Performing Dynamic Simulation

Section 6: Renewable Energy Simulation in PSS/E

Lecture 21 Hydro Energy Simulating

Lecture 22 Wind Energy Simulation

Lecture 23 Solar Energy Simulation

Section 7: Plotting & Exporting results in PSS/E

Lecture 24 Plotting with PSSE

Lecture 25 Exporting Results - PSSE

Section 8: PSS/E Automation with Python

Lecture 26 PSSE Python Introduction & Initialization

Lecture 27 Performing Load Flow with Python

Lecture 28 Performing Dynamic Simulation with Python

Lecture 29 Exporting Results

Lecture 30 Automate the whole process in python

Electrical Engineering Students,Power System Students,Electrical Engineers / Power System Engineers / Modeling & Simulation Engineers,Everyone who wants to learn