Power Factory software Training

Burraq Engineering Solutions is a provider of various engineering services and solutions, including power plant software. They may provide software that helps to simulate and analyze power systems, such as power flow analysis, short circuit analysis, and stability analysis. 

Their software may also be used for tasks such as load flow analysis, harmonic analysis, and protection coordination studies. In addition, the software may be used for the design and optimization of power systems and for real-time monitoring of power systems. Power plant software refers to computer programs that are used to simulate and analyze power systems. These programs are used by engineers and researchers to simulate and study the behaviour of power systems, including transmission and distribution networks, and to perform tasks such as power flow analysis, short circuit analysis, and stability analysis. Some examples of power plant software include: 

  • Deviant Power Plant
  • ETAP
  • PSSE
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Power Factory software

Power Factory software Training course Details

  • Load Flow Analysis
  • Introduction
  • Ferranti Effect and SIL
  • OLTC – Part 1
  • OLTC – Part 2
  • Transformer Modelling & ZIP Load Modelling
  • Power Factor Correction
  • Paralleling of Transformer
  • Modelling of Three Winding Transformer and Generator Capability Curve
  • Generator Modes of Operation
  • Active Power Control & Tower Modelling
  • Case Study – 30 MWac Solar Plant Part 1
  • Case Study – 30 MVac Solar Plant Part 2
  • Second Case Study – Solar Plant
  • How to Create Operation Scenarios in DIgSILENT Power Factory
  • Contingency Analysis
  • Load Flow Analysis Materials
  • ZIP Load Calculations
  • Ferranti Effect Calculations
  • Per Unit Calculations
  • Circulating Current Calculations
  • Capability Curve of Generator Calculations
  • KR MONOGRAPH
  • Short Circuit Analysis
  • Introduction
  • Grid Short Circuit Current Calculation
  • Per Unit Calculation and RMS Simulation
  • Short Circuit Current Calculation and RMS Simulation
  • Fault Near to the Source
  • Fault Away from the Source and Introduction to Unbalanced Faults
  • Introduction to Unbalance Fault and Symmetrical Components
  • Fault Current Calculation and NGR
  • Generator Grounding and Zigzag Transformer
  • Zigzag Transformer + NGR
  • Methods of Limiting Short Circuit Current
  • Series Reactor
  • IEC 60909 – Methods of Short Circuit Current Calculation and Grounding
  • Factors
  • Short Circuit Analysis Materials
  • SC PPT
  • Short Circuit Calculation Basics
  • Sample Calculation – 110/11 kV 45 MVA Transformer
  • Generator Fault Current Calculations
  • Symmetrical Components PPT
  • Symmetrical Component Calculations
  • LG,LL,LLG,LLG Fault Calculations
  • Zig Zag Transformer Sizing Calculations
  • Motor Acceleration Study
  • Introduction to MAS
  • MAS Basics and Motor Datasheet
  • Motor Static Study Simulation
  • Motor Static Study Simulation and Calculation
  • MAS Dynamic Acceleration Study
  • Simulation – MAS Dynamic Acceleration Study
  • MAS Dynamic Simulation of Multiple Motors
  • Star Delta Starter
  • Rotor Resistance & Series Reactor Starting Methods
  • Series Reactor Calculation – Auto Transformer Starter
  • Soft Starter and Variable Speed Drive
  • Relay Coordination
  • Basics of Relay Coordination
  • Overcurrent and Earth Fault Protection for Motor feeder
  • Overcurrent and Earth Fault Protection for Transformer feeder
  • Setting Calculation for Bus Coupler and Incomer Feeder
  • Introduction to LV Protection and Case Study
  • Continuation of Case Study and Directional Protection
  • Harmonic Analysis
  • Harmonics PPT 1
  • Harmonic PPT 2
  • K-Factor Transformer
  • CRC Press (T&F) – Harmonics and Power Systems – DE LA ROSA
  • Handbook of Power Quality -wiley 2008
  • Harmonic Analysis & Flicker
  • Flicker Analysis
  • Harmonic Filter Sizing Calculation
  • Arc Flash Analysis
  • AC Arc Flash Basics
  • AC Arc Flash Simulation in DIgSILENT PowerFactory
  • DC Arc Flash
  • Electro Mechanical Transient – RMS Study
  • Transient Stability – RMS Simulation & Modelling – Part 1
  • Transient Stability – RMS Simulation & Modelling – Part 2
  • Electro Mechanical Transient – RMS Study Materials
  • Question Paper
  • PPT
  • Power System Stability And Control by Prabha Kundur
  • Electro Magnetic Transient – EMT Study
  • Introduction
  • Transmission Line Modelling
  • Line Energization Part 1
  • Line Energization Part 2
  • Transformer Energization
  • Lighting Transien
  • Fee: 35,000
  • Duration: 4 Weeks
  • Timing:  9AM-11AM, 11AM-1PM, 1PM-3PM, 3PM-5PM, 5PM-7PM, 7PM-9PM
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