Power Quality (Online) 20.02.24.MEL, Melbourne
| Description | Start | End |
|---|---|---|
| Day 1: Tuesday | 9:00 | 17:00 |
| Day 2: Wednesday | 9:00 | 17:00 |
This course provides an introduction to the power quality tools of PowerFactory.
Before registering for this course, prospective attendees should have a fundamental understanding of PowerFactory, including the ability to perform basic calculations (e.g. load-flow) and navigation through the PowerFactory database.
Topics covered include:
CO-1-01 - DIgSILENT Introduction
- Worldwide Company Overview
- DIgSILENT Pacific Offices
- Products
- History
PF-3-14 - Introduction to Power System Harmonics in PowerFactory
- What is a power system harmonic and why it is important
- What problems power system harmonics cause
- How to model a harmonics current injections from loads and non-synchronous generation sources
- How to model background harmonics using a harmonics voltage source in PowerFactory
- How to calculate a harmonics load-flow in PowerFactory
- How to view harmonics results on the single line diagram and within the data manager
PF-3-15 - Harmonic Load-flow Analysis Tools
- IEC 61000 3-6 (second summation law)
- Distortion Diagrams
- Harmonic Indices
- Waveform Plots
PF-3-16 - Harmonics: Network Frequency Response
- The Frequency Response of Network Elements
- Modelling Frequency Dependent R and L
- The Bode Plot in PowerFactory
PF-3-17 - Harmonics Mitigation and Filter Design
- When to use Harmonic Filters
- Types of Harmonic Filter and Filter Design
- Implementing Harmonic Filters in PowerFactory
PF-3-18 - Harmonics: Rectifiers and Ripple Control
- Rectifier/Inverter Models in PowerFactory
- Ripple Control
PF-3-19 - Harmonics in the Time Domain: EMT and FFT
- Harmonics Analysis with EMT Simulation
- Analysing EMT Results: FFT Frequency Response
PF-3-26 - Flicker analysis according to IEC 61400-21
- Flicker coefficients
- Flicker calculation
- Evaluating flicker in PowerFactory
PF-3-48 - Factors of consideration for harmonic analyses
- Nature of harmonic sources
- Building harmonic impedance profile
- Norton equivalent impedance
- Harmonic load flow calculation method
- Consideration of sequence components of harmonic injections
PF-3-51 - Convert harmonic voltage spectrum to harmonic current injection
- How to use harmonic voltage measurement
- How to convert a harmonic voltage spectrum to a harmonic current injection
- How to setup a harmonic current source
PF-3-52 - Impedance loci
- Network impedance dependence on operating and network configuration
- What is the impedance loci script for
- How to run the impedance loci script
- How to obtain the result of an impedance spectrum
PF-3-53 - Voltage unbalance
- Voltage unbalance
- Unbalanced system modelling
PF-3-54 - Harmonic load modelling
- Types of harmonic load models
- Development of frequency domain load models
- PowerFactory benchmarking
- Literature review and discussion
Please note:
- Course cost is in AUD and exclude GST.
- Credit Card payments will incur a 2% surcharge on the course cost.
- The course is delivered via Zoom and utilises Microsoft Azure Lab Services to access DIgSILENT training environment.
- Course cost includes access to PowerFactory training environment in the Cloud.
Full rate AUD 1800 excluding GST
For new users, registering a new user account will not automatically register you for the training course. Please follow the steps below in order to register for the course:
- Create a new user account using the Create New User Account button below;
- Confirm your user account by clicking on the confirmation link received as part of the new user account creation; and lastly,
- Revisit this page to register for the course using the Register For The Training Course button below