Grid Islanding and Load Shedding | ETAP training

Bonus and Benefits
2 Lessons
- Bonus and Benefits
  Start
- Bonus and Benefits
  Start
Course Schedule
1 Lesson
- Course Schedule
  Start
Materials
2 Lessons
- IEEE Paper - Intelligent Load Shedding System
  Start
- IEEE paper - Intelligent Load shedding System Paper 2
  Start
Day 1: Introduction, Operation Modes, Swing Equation
2 Lessons
- Introduction, Operation Modes, Swing Equation
  Start
- Breakout Room
  Start
Assignment - Perform Load Flow, Short Circuit and Dynamic Studies for Industry with Cogeneration
1 Lesson
- Assignment 1
  Start
Day 2: Introduction of System, Paper Discussion
1 Lesson
- Introduction of System, Paper Discussion
  Start
Day 3: Swing Equation Problems and Solutions
2 Lessons
- Swing Equation Problems and Solutions
  Start
- Notes and Q&A
  Start
Day 4: Generator Modelling for Load Flow and Short Circuit
1 Lesson
- Generator Modelling for Load Flow and Short Circuit
  Start
Day 5: Generator modelling for dynamic study
1 Lesson
- Generator modelling for dynamic study
  Start
Day 6: Rotor angle stability
1 Lesson
- Rotor angle stability
  Start
Day 7: Critical clearing time
1 Lesson
- Critical clearing time
  Start
Day 8: Case Study - Steel Plant
1 Lesson
- Case Study - Steel Plant
  Start
Day 9: Case study- input sheet preparation
1 Lesson
- Case study- input sheet preparation
  Start
Day 10: Case study- load shedding simulation
1 Lesson
- Case study- load shedding simulation
  Start
Day 11: Case study-types of load shedding scheme
1 Lesson
- Case study-types of load shedding scheme
  Start
Day 12: Conclusion, Q&A
1 Lesson
- Conclusion, Q&A
  Start

Grid Islanding and Load shedding using ETAP

Course Curriculum

Bonus and Benefits

Course Schedule

Materials

Day 1: Introduction, Operation Modes, Swing Equation

Assignment - Perform Load Flow, Short Circuit and Dynamic Studies for Industry with Cogeneration

Day 2: Introduction of System, Paper Discussion

Day 3: Swing Equation Problems and Solutions

Day 4: Generator Modelling for Load Flow and Short Circuit

Day 5: Generator modelling for dynamic study

Day 6: Rotor angle stability

Day 7: Critical clearing time

Day 8: Case Study - Steel Plant

Day 9: Case study- input sheet preparation

Day 10: Case study- load shedding simulation

Day 11: Case study-types of load shedding scheme

Day 12: Conclusion, Q&A

Course Pricing

One time deal