DIgSILENT

Load Flow Analysis
22 Lessons
- Day 1 - Session 1 - Introduction to PSA
  Start
- Day 1 - Session 2 - Introduction to LFA& Standard IEEE 399 & IEEE 3002.2
  Start
- Day 2 - Session 1 - Modelling of Grid, Bus & Transmission line
  Start
- Day 2 - Session 2 - Introduction to Software & Ferranti Effect Simulation
  Start
- Day 3 - Session 1 - TL Ferranti effect Manual Calculation & Simulation
  Start
- Day 3 - Session 2 - Loss calculation (Part 1)
  Start
- Day 3 - Session 2 - Loss calculation (Part 2)
  Start
- Day 4 - Session 1 - Recap & Transformer Modelling
  Start
- Day 4 - Session 2 - Transformer Parallel Operation
  Start
- Day 5 - Session 1 - Transformer Tap Changer Settings
  Start
- Day 5 - Session 2 - Generator Capability Curve
  Start
- Day 6 - Session 1 - Generator Modelling & Simulation
  Start
- Day 6 - Session 2 - Generator Voltage Control Mode Simulation
  Start
- Day 7 - Session 1 - Generator PF & Mvar control Mode (Part 1)
  Start
- Day 7 - Session 1 - Generator PF & Mvar control Mode (Part 2)
  Start
- Day 7 - Session 2 - Generator PF & Mvar control Mode & Load Modelling
  Start
- Day 8 - Session 1 - ZIP Load Modelling
  Start
- Day 8 - Session 2 - Hands-on Session
  Start
- Day 9: Session 1 : Reactive Power Compensation
  Start
- Day 9 - Session 2 - Reactive power compensation Hands-on Training
  Start
- Day 10 - Session 1 - Inverter capability curve Hands-on training
  Start
- Day 10 - Session 2 - Inverter capability curve Hands-on training
  Start
Load Flow Materials
1 Lesson
- LF Calculation Sheet
  Start
Short Circuit Analysis
16 Lessons
- Day 1 - Session 1 - Review of LFS, Introduction to SCA
  Start
- Day 1 - Session 2 - Grid bus fault current analysis
  Start
- Day 2 - Session 1 - Standards, Assumptions & Limitations, Grid modelling
  Start
- Day 2 - Session 2 - Grid Modelling Calculation
  Start
- Day 3 - Session 1 - Grid Modelling & Simulation
  Start
- Day 3 - Session 2 - Transformer Modelling Introduction
  Start
- Day 4 - Session 1 - Transformer SC Calculation
  Start
- Day 4 - Session 2 - Transformer winding configuration SCA
  Start
- Day 5 - Session 1 - Transformer winding configurations
  Start
- Day 5 - Session 2 - Transmission Line Modelling
  Start
- Day 6 - Session 1 - Generator SC Modelling
  Start
- Day 6 - Session 2 - Hands-on Training
  Start
- Day 7 - Session 1 - Inputs Required, Generator NGR & NGT grounding
  Start
- Day 7 - Session 2 - Earthing transformer modelling & Cable length variation for SCA
  Start
- Day 8 - Session 1 - Transformer impedance Analysis & Case Study
  Start
- Day 8 - Session 2 - Case Study SLD
  Start
Transient Stability Analysis
9 Lessons
- Day 1 - Session 1 - Introduction to TSA, Power transfer equation, P - del curve
  Start
- Day 1 - Session 2 - Swing Equation
  Start
- Day 2 - Determination of Generator CCT & Load change Simulation
  Start
- Day 3 - Session 1 - Power Transfer Equation, P-del curve Part 1
  Start
- Day 3 - Session 1 - Power Transfer Equation, P-del curve Part 2
  Start
- Day 3 - Session 2 - Generator CCT analysis Part 1
  Start
- Day 3 - Session 2 - Generator CCT analysis Part 2
  Start
- Day 4 - Session 1 - Generator CCT & Frequency analysis
  Start
- Day 4 - Session 2 - Governor & AVR, Methods to improve TS
  Start
Harmonic Analysis
7 Lessons
- Day 1: Introduction to Harmonics analysis Modelling of harmonic sources Balanced and unbalanced harmonic load flow.
  Start
- Day 2: Impact of source impedance and network impedance. Frequency sweep. STD IEEE 519 - Harmonic limits. Modelling of passive filter.
  Start
- Day 3: Recap of previous session Types of filters Modelling of filters Case study
  Start
- Day 3: Digsilent 3
  Start
- Day 4: Harmonic filter parameter calculation, K rated transformer, Harmonic simulation Handson
  Start
- Day 5: Recap of previous session, Modelling of active filter, Nortons equivalent impedance
  Start
- Day 6: Case study, Harmonic analysis handson
  Start
Relay Coordination Study
15 Lessons
- Day 1: Introduction to relay coordination, Introduction to LV Protective devices.
  Start
- Day 2: LV protection coordination settings, LSIG setting calculation, Time and current tolerance in LV breakers.
  Start
- Day 3: Modelling of MCCB and ACB for LT motor protection coordination. LSIG setting calculation.
  Start
- Day 4: LV motor protection, Incomer and bus coupler coordination. LSIG setting calculation. Ground fault coordination.
  Start
- Day 5: LV incomer protection, Capacitor bank feeder protection, Transformer LV protection.
  Start
- Day 6: Need for over current and earth fault protection. Protection setting calculation of over current (50 &51 )and earth fault 50N, 51N for transformer feeder. Transformer LV to HV coordination.
  Start
- Day 6: RELAY COORDINATION
  Start
- Day 6: digsilent RC
  Start
- Day 7: Discussions on the Assignment, Introduction to Earth Fault Coordination
  Start
- Day 8: Introduction to directional relay, Need for directional relay
  Start
- Day 9: Discussions on the Assignment, Philosophy related to Earth Fault Coordination
  Start
- Day 10 : MV Coordination for Incomers, Bus-coupler, MV Coordination for Transformer Feeder
  Start
- Day 11: MV Coordination for Incomers, Bus-coupler, MV Coordination for Transformer Feeder - Session 02
  Start
- Day 12: Directional overcurrent protection settings, ETAP vs Digsilent simulation.
  Start
- Day 13: Directional over current protection in RMU system
  Start
Unit Protection
8 Lessons
- Day 1: Introduction to Unit Protection, Protection Functions involved in UP ,Transformer Protection
  Start
- Day 2: Percentage Differential Protection, Design Considerations for the Transformer Differential Protection
  Start
- Day 3: Design Considerations for the Transformer Differential Protection, Manual Calculation for the Differential Protection
  Start
- Day 4: Slope Characteristics for Low Impedance differential, Manual Calculation for the differential protection
  Start
- Day 5: Manual Calculation for the Differential Protection and Simulation using Dig Silent software
  Start
- Day 6: Introduction to Restricted Earth fault protection and Purpose & Types of Restricted Earth fault protection
  Start
- Day 7: Design considerations for REF protection and Low impedance and High Impedance REF protection
  Start
- Day 8: Setting calculation for Transformer REF protection
  Start
EMT
6 Lessons
- Day 1: Introduction to emt studies, Line and tower modelling,Line energisation and reenergisation
  Start
- Day 2: Transformer Inrush Validation, Transformer Energisation, Surge Arrester Modelling
  Start
- Day 2: DP Batch-03 EMT
  Start
- Day 2: Surge Arrester
  Start
- Day 2: Transformer Input Data
  Start
- Day 2: Inrush current on HV side
  Start
Arc flash study
3 Lessons
- Day 1: Introduction to Arc Flash study, Need for arc flash, Step by step procedure to calculate inciedent energy, AFB, IEEE 1584.
  Start
- Day 2: Session 1: Arc flash simulation, Lable creation, Selection of PEE kit, NFPA 70 E , Arc Flash deliverable, Mitigation technique of Arc Flash study.
  Start
- Day 2: Session 2: Arc flash simulation, Lable creation, Selection of PEE kit, NFPA 70 E , Arc Flash deliverable, Mitigation technique of Arc Flash study.
  Start
Review
1 Lesson
- Day 1: Review
  Start
Transient stability
1 Lesson
- Day 57:
  Start

DIgSILENT Powerfactory Training - 3

Course Summary

Course Curriculum

Load Flow Analysis

Load Flow Materials

Short Circuit Analysis

Transient Stability Analysis

Harmonic Analysis

Relay Coordination Study

Unit Protection

EMT

Arc flash study

Review

Transient stability

Kavitha Paramanandan

Ragul

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