Digsilent PowerFactory B2

Course Schedule
1 Lesson
- Schedule
  Start
Load flow study
28 Lessons
- Day 1: Introduction of Digsilent
  Start
- Day 2: Transformer paralleling, transformer losses, Transformer OLTC Selection .
  Start
- Hand- on 1
  Start
- Hand on - 2
  Start
- Day 3: Session 1: Transmission line modelling
  Start
- Day 3: Session 2: Ferranti effect
  Start
- Day 3: Breakout Room 1
  Start
- Day 4: Session 1: Surge Impedance Loading, Cable Modelling,
  Start
- Day 4: Session 2: ZIP Load Modelling and MV Load Modelling
  Start
- Day 4: Breakout Room 1
  Start
- Day 4: Breakout Room 2
  Start
- Day 5 :Reactive power Compensation, Power Factor Correction, Fixed and Variable Capacitor bank Modelling
  Start
- Day 5: Breakout Room 1
  Start
- Day 5: Breakout Room 2
  Start
- Day 5: Excel sheet
  Start
- Day 6:Capability curve modelling, Inverter operation with respect to real and reactive power and performing load flow analysis
  Start
- Day 7: session 1:Solar Plant design and reactive power control using station controller and hands on session
  Start
- Day 7: session 2:Solar Plant design and reactive power control using station controller and hands on session
  Start
- Day 7: Hands on session
  Start
- Day 8: Power plant controller - power frequency controller option and load flow analysis options
  Start
- Day 8: Breakout Room
  Start
- Day 9: Synchronous Generator Modelling, Modes of Operation And Synchronous condenser Modelling
  Start
- Day 9: Synchronous Condenser Modelling and Breakout Room
  Start
- Day 9: Excel sheet
  Start
- Day 10: OLTC Modelling for Three winding transformer , DC Microgrid modelling(PV,DC-DC Converter)
  Start
- Day 10: Wind turbine modelling, DC Microgrid Handson
  Start
- Day 11: Steel plant Handson Session-1
  Start
- Day 11: Steel plant Handson Session-2
  Start
Short circuit study
30 Lessons
- Introduction about short circuit analysis, IEC-60909 Assumption factor
  Start
- Grid Short Circuit Calculation
  Start
- Excel Calculation
  Start
- Fault Far from Source and Fault Near to Source
  Start
- Overview of SC Standards & DC component
  Start
- Hands On
  Start
- Excel Calculation
  Start
- Transformer Short Circuit current calculation, Sequence diagram
  Start
- Assignment Question-1
  Start
- Sequence Component and Different winding fault observation
  Start
- Significance of X/R ratio
  Start
- Sequence Component PPT
  Start
- Significance of X/R
  Start
- Types of Grounding and its classification using Digsilent
  Start
- Basics of Grounding and its types
  Start
- Short Circuit Analysis PPT
  Start
- KR_Monograph
  Start
- Breaking, Making, DC current, Minimum and Maximum Fault
  Start
- Hands On
  Start
- Excel
  Start
- Short Circuit Study for Grid connected and Off Grid system
  Start
- Hands On
  Start
- SC steel Plant SLD
  Start
- Steel Plant Parameter
  Start
- Methods to limit the fault current
  Start
- Assignment Question Review
  Start
- Fault Current Limitation
  Start
- Overview of short circuit study Input for each equipment
  Start
- Explanation about Steel Plant SLD assignment
  Start
- Steel Plant SLD
  Start
Master Real-Time Projects in DIgSILENT PowerFactory
17 Lessons
- Introduction about real time projects 200MW solar power plant using Digsilent
  Start
- Input preparation for 200MW solar power plant using Digsilent
  Start
- Solar Plant system studies requirement
  Start
- Excel Material
  Start
- MV SLD
  Start
- 220kV Main SLD
  Start
- Introduction about DIgSILENT Software, Modelling of 230MW Solar Power Plant
  Start
- Case Creation, Performing load flow analysis
  Start
- Input received from client
  Start
- Inverter Data Sheet
  Start
- Digsilent Simulation File
  Start
- Real power control and Short circuit model of inverter
  Start
- Inverter Data sheet
  Start
- solar plant contribution to the fault
  Start
- CEA and G99 code overview
  Start
- Standard
  Start
- Reactive power capability study
  Start
RMS and EMT Study
24 Lessons
- Introduction to RMS/EMT study
  Start
- Grid code overview and software exploration in Dig silent
  Start
- Grid code standard
  Start
- Response of Inverter dynamic model
  Start
- Frequency response, voltage response and FRT
  Start
- Materials
  Start
- Introduction to transient stability
  Start
- Crirical Clearing Time and Hands on
  Start
- Excel
  Start
- Load addition, load rejection event creation with different study cases
  Start
- Hands on session
  Start
- Excel
  Start
- Transformer energization
  Start
- Transformer energization with different case study
  Start
- Simulation file
  Start
- Word document
  Start
- Line Energization and Line Reenergization
  Start
- Surge Arrester sizing
  Start
- Surge Arrester Buyers Guide Edition 6
  Start
- Excel Sheet
  Start
- Q&A session on Digsilent with Mr. Selvakumar
  Start
- Frequency and Voltage Response
  Start
- Fault Ride Through
  Start
- Materials
  Start
Protection coordination
18 Lessons
- Introduction to Protection in LV. Introduction to Fuse,MCB
  Start
- Digsilent Exploration for relay functions
  Start
- Introduction about MCCB and ACB
  Start
- LV motor protection and its manual calculation
  Start
- Introduction to Release
  Start
- Motor protection using release
  Start
- LV Release Coordination- DIgsilent
  Start
- LV protection and coordination
  Start
- Motor protection, Incomer Feeder protection and Transformer LV protection
  Start
- Overview of MV protection
  Start
- Transformer HV protection and its calculation
  Start
- Excel calculation
  Start
- Directional protection for different system
  Start
- Introduction to Directional Protection
  Start
- Directional Classs
  Start
- Differential Protection
  Start
- Transformer Differential Protection Relay
  Start
- Unit Prot RET670
  Start
Harmonic Analysis
13 Lessons
- Harmonic Introduction
  Start
- Simulation of Harmonic and filter sizing
  Start
- Impact of source and System Impendace
  Start
- Voltage harmonic conversion and impedance loci
  Start
- Types of Filter, Active and Passive Filter Overview
  Start
- Filter designing and tuning
  Start
- SC4600UP_harmonics_100th_preliminary
  Start
- Filter
  Start
- DP -02 HA-01
  Start
- Impedance Loci, Norton equivalent of inverters
  Start
- Case Study, Hands on
  Start
- Ideal Vs Impedance Based Inverter Model
  Start
- Harmonics Analysis hands on
  Start
Arc flash study
4 Lessons
- Introduction to arc flash study and IEEE 1584 discussion
  Start
- Arc flash Introduction in digsilent software
  Start
- Real tiime project for arc flash study
  Start
- Arc flash label printing
  Start

Digsilent PowerFactory B2

Course Summary

Course Curriculum

Course Schedule

Load flow study

Short circuit study

Master Real-Time Projects in DIgSILENT PowerFactory

RMS and EMT Study

Protection coordination

Harmonic Analysis

Arc flash study

Selvakumar S

Suriya kumar S

Madhan Raj

Dharaneswari V Dharaneswari

Mohamed Meeran

Kalidas K R

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

Batch 2