DigSILENT B4

Day 1: Introduction to PSA, Introduction to LFA
1 Lesson
- Day 1: Introduction to PSA, Introduction to LFA
  Start
Day 2: Modelling of Grid, Bus, Types of buses, Software fundamentals
3 Lessons
- Day 1: Session 2: Modelling of Grid, Bus, Types of buses, Software fundamentals
  Start
- Day 1: Session 2: Modelling of Grid, Bus, Types of buses, Software fundamentals
  Start
- Day 1: Excel
  Start
Day 3: Transformer modelling, Inputs required, tap settings - DETC & OLTC
2 Lessons
- Transformer modelling, Inputs required, tap settings - DETC & OLTC
  Start
- Excel
  Start
Day 4: Paralleling of transformers and load modelling
3 Lessons
- Session 1: Paralleling of transformers and load modelling
  Start
- Session 2: Paralleling of transformers and load modelling
  Start
- Excel
  Start
Day 5: Recap of transformer parralle operation, load modelling and transmission line modelling
2 Lessons
- Day 5: Session 1: Recap of transformer parralle operation, load modelling and transmission line modelling
  Start
- Day 5: Session 2: Recap of transformer parralle operation, load modelling and transmission line modelling
  Start
Day 6: Transmission line loss & FE calculation, SIL, Generator capability curve & Modelling
3 Lessons
- Day 6: Session 1: Transmission line loss & FE calculation, SIL, Generator capability curve & Modelling
  Start
- Day 6: Session 2: Transmission line loss & FE calculation, SIL, Generator capability curve & Modelling
  Start
- Excel
  Start
Day 7: Generator Modes of operation, Three winding Transformer Modelling
2 Lessons
- Day 7: Session 1: Generator Modes of operation, Three winding Transformer Modelling
  Start
- Day 7: Session 2: Generator Modes of operation, Three winding Transformer Modelling
  Start
Day 8: Generator - Modes of operation
2 Lessons
- Day 8: Session 1: Generator - Modes of operation
  Start
- Day 8: Session 2: Generator - Modes of operation
  Start
Day 9: Reactive power compensation, capacitor bank sizing, Synchronous condenser modelling & Hands-on session
2 Lessons
- Day 9: Session 1: Reactive power compensation, capacitor bank sizing, Synchronous condenser modelling & Hands-on session
  Start
- Day 9: Session 2: Reactive power compensation, capacitor bank sizing, Synchronous condenser modelling & Hands-on session
  Start
Day 10: Cable modelling, Cable Resistance calculation, WTG modelling & Hands-on session
1 Lesson
- Day 10: Cable modelling, Cable Resistance calculation, WTG modelling & Hands-on session
  Start
Day 11: Case study of WTG and station controller. Introduction to SCA
3 Lessons
- Day 11: Case study of WTG and station controller. Introduction to SCA
  Start
- Day 7: Notes
  Start
- Untitled lesson
  Start
LFA Notes
1 Lesson
- LFA Notes
  Start
Short circuit Analysis
16 Lessons
- Day 1: Introduction to SCA, Standards, Assumptions, Fault near & far from generator, Grid inputs
  Start
- Day 2: Grid modelling, Impedance calculation, Significance of X/R
  Start
- Day 3: Transformer fault current calculation, C-factor
  Start
- Day 3: Notes
  Start
- Day 4: Sequence Diagram
  Start
- Day 4: Excel
  Start
- Day 5: Earthing transformer modelling, NGR and NGT modelling, Transmission line sequence network and modelling
  Start
- Day 5: Excel
  Start
- Day 5: Notes
  Start
- Day 6: Methods of limiting fault current at different voltage level, Case study practice exercise
  Start
- Day 6: Excel
  Start
- Day 7: Case study practice exercise
  Start
- Day 7: Notes
  Start
- Day 8: Case study practice exercise
  Start
- Day 8: Excel
  Start
- Day 8: Notes
  Start
Relay Coordination Study
36 Lessons
- Day 1: Introduction to Protection study and LV Protection
  Start
- Day 1: Excel
  Start
- Day 2: LV Protection modelling and settings
  Start
- Day 2: Excel
  Start
- Day 3: LV Protection trip units, LV motor modelling and LV motor protection
  Start
- Day 3: Excel
  Start
- Day 4: LV capacitor bank protection and LV trip unit coordination
  Start
- Day 4: Excel
  Start
- Day 4: Notes
  Start
- Day 5: MV Motor modelling (TypAsm1) and MV motor protection
  Start
- Day 5: Excel
  Start
- Day 5: Notes
  Start
- Day 6: MV Motor overcurrent protection and transformer overcurrent protection
  Start
- Day 6: Excel
  Start
- Day 6: Notes
  Start
- Day 1: Review of Load Flow and Q&A
  Start
- Day 1: Digsilent Q&A Notes
  Start
- Day 1: List of Studies for HVDC and FACTS
  Start
- Day 1: Notes
  Start
- Assignment Digsilent PF - 1
  Start
- Day 7: MV Incomer protection and TCC coordination
  Start
- Day 7: Excel
  Start
- Day 7: Notes
  Start
- Day 8: Directional overcurrent protection
  Start
- Day 8: Excel
  Start
- Day 9: Directional overcurrent protection - Modelling and simulation
  Start
- Day 9: Excel
  Start
- Day 9: Notes
  Start
- Day 10: Transformer protection - Introduction and Differential protection concepts
  Start
- Day 10: Excel
  Start
- Day 11: Transformer protection - Modelling and differential settings calculation
  Start
- Day 11: Excel
  Start
- Day 11: Notes
  Start
- Day 12: Transformer protection - Modelling and REF settings calculation
  Start
- Day 12: Excel
  Start
- Day 12: Notes
  Start
Real Time Case Study
2 Lessons
- Day 1: Case study, Operation Scenario, Network Variation
  Start
- Day 2: Case study - Station control & Power Frequency Control
  Start
Transient Stability
11 Lessons
- Day 1: Power angle curve, power transfer equation, swing equation, RMS simulation
  Start
- Day 1: Excel
  Start
- Day 2: Load Addition & Rejection Generator CCT
  Start
- Day 1: Q&A
  Start
- Day 1: Excel
  Start
- Day 1: Inputs for Assignments
  Start
- Day 1: Notes
  Start
- Day 3: Generator CCT, Governor & Exciter modes of operation
  Start
- Day 4: Swing equation, TOV cases
  Start
- Day 4: Excel
  Start
- Day 5: TOV - Case Study
  Start

DigSILENT B4

Course Summary

Course Curriculum

Day 1: Introduction to PSA, Introduction to LFA

Day 2: Modelling of Grid, Bus, Types of buses, Software fundamentals

Day 3: Transformer modelling, Inputs required, tap settings - DETC & OLTC

Day 4: Paralleling of transformers and load modelling

Day 5: Recap of transformer parralle operation, load modelling and transmission line modelling

Day 6: Transmission line loss & FE calculation, SIL, Generator capability curve & Modelling

Day 7: Generator Modes of operation, Three winding Transformer Modelling

Day 8: Generator - Modes of operation

Day 9: Reactive power compensation, capacitor bank sizing, Synchronous condenser modelling & Hands-on session

Day 10: Cable modelling, Cable Resistance calculation, WTG modelling & Hands-on session

Day 11: Case study of WTG and station controller. Introduction to SCA

LFA Notes

Short circuit Analysis

Relay Coordination Study

Real Time Case Study

Transient Stability

AKILA

John Smith

Highly Recommended Course. Easy to Understand, Informative, Very Well Organized. The Course is Full of Practical and Valuable for Anyone who wants to Enhance their Skills. Really Enjoyed it. Thank you!!

Course Pricing