EA-PSM 2019 User manual

EA-PSM Electric

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1. INTRODUCTION
2. INSTALLING AND LAUNCHING “EA – PSM” SOFTWARE
- 2.1. Licences
- 2.2. EA-PSM recommended system requirements
3. BASICS OF GRAPHICAL USER INTERFACE
- 3.1. EA-PSM window
- 3.2. Workspace window
- 3.3. Settings window
  - 3.3.1. Scheme view
  - 3.3.2. Project settings (text settings)
- 3.4. Old version legacy breakers import
4. CREATING THE POWER SYSTEM COMPONENTS
- 4.1. Principle of the one-line diagram drawing
  - 4.1.1. Inserting elements
  - 4.1.2. Moving elements
- 4.2. Meanings of icons on the grid elements pane
- 4.3. Creating the Infinite Busbar
- 4.4. Defining parameters of the regular Busbar
- 4.5. Defining parameters of the power Line
- 4.6. Defining parameters of the 2 – winding and 3 – winding transformers
- 4.7. Defining parameters of the Variable frequency drive
- 4.8. Defining parameters of the Softstarter
- 4.9. Defining parameters of the Generator
- 4.10. Defining parameters of the Load
- 4.11. Defining parameters of the Inverter
- 4.12. Defining parameters of the Photovoltaic systems and Wind turbines
- 4.13. Defining parameters of the Capacitor
- 4.14. Defining parameters of the Series Reactor and Shunt Reactor
- 4.15. Defining parameters of the Active Filter
- 4.16. Defining parameters of the Passive Filter
- 4.17. Defining parameters of the Induction Motor
- 4.18. Defining Rated Voltage
5. ADDITIONAL POWER SYSTEM COMPONENTS
- 5.1. Defining parameters of voltage transformer
- 5.2. Surge arrester
6. APPEND SCHEME TO SCHEME
7. SCHEME LINK FEATURE
- 7.1. Linking a scheme
- 7.2. Calculations where the link is modelled as a line
- 7.3. Calculations where linked scheme is modelled as an equivalent motor
- 7.4. Calculations where the upper scheme is modelled as an infinite busbar
- 7.5. Supported calculations and elements
8. CAGE NUMBERING
9. PERFORMING POWER GRID CALCULATIONS
- 9.1. Power flow calculations
- 9.2. Short circuit calculations
  - 9.2.1. Short circuit calculation optimization
    - 9.2.1.1. Tranzit bus
    - 9.2.1.2. Tips for working with larger scheme
  - 9.2.2. Short circuit calculation exceptions
    - 9.2.2.1. Transformers with tap changers
- 9.3. Harmonic analysis
- 9.4. Motor static start - up analysis
- 9.5. Arc flash module
- 9.6. Asymmetrical network calculations
- 9.7. Motor dynamic analysis
- 9.8. Transient process
- 9.9. Transient recovery voltage
- 9.10. POWER GRID CALCULATIONS FAQ
  - 9.10.1. What is the meaning of negative power factor?
  - 9.10.2. What is the difference between static and dynamic motor calculations?
10. PROTECTION COORDINATION
- 10.1. Adding a "Protection unit" to elements
- 10.2. Protection unit properties window overview
- 10.3. Configuring the overcurrent protection
- 10.4. Configuring the non-direction overcurrent protection
- 10.5. Configuring the directional overcurrent protection
- 10.6. Configuring the undervoltage protection
- 10.7. Configuring the ground fault protection
- 10.8. Configuring the non-directional ground fault protection
- 10.9. Configuring the directional ground fault protection
- 10.10. Configuring the fuse protection
- 10.11. Configuring the circuit breaker protection
- 10.12. Configuring the user defined circuit breaker protection
- 10.13. Configuring the mini circuit breaker protection
- 10.14. Configuring the motor circuit breaker protection
- 10.15. Configuring the custom curve protection
- 10.16. Configuring current transformer parameters
11. DISTANCE PROTECTION
- 11.1. Distance protection configuration
- 11.2. Distance protection coordination chart
12. LINE ZERO SEQUENCES PARAMETERS
13. PROTECTION TRACKING MODULE
14. AUTOMATIC OVERCURRENT RELAY COORDINATION
15. SURGE ARRESTER SIZING
16. INSULATION COORDINATION
17. SOLAR IRRADIANCE MODELLING
- 17.1. Defining geographical and mathematical algorithm data
  - 17.1.1. Importing meteorological data for a specified location
  - 17.1.2. Calculation methods
- 17.2. Defining inverter data
- 17.3. Defining PV module data
- 17.4. Calculation and result types
- 17.5. Solar irradiance modelling data transfer to solar panel
18. WIND TURBINE POWER QUALITY
- 18.1. Flicker emission due to continuous operations
- 18.2. Flicker emission due to switching operations
- 18.3. Relative voltage change due to a switching operation of a wind turbine installation
19. RELIABILITY MODULE
- 19.1. Scheme setup
  - Node reliability settings
  - Element reliability settings
- 19.2. Calculation
- 19.3. Results
20. ELEMENT MODELLING
- 20.1. Generator modelling
- 20.2. Motor modelling
- 20.3. Transformer modelling
- 20.4. Standard circuit breaker modelling
- 20.5. Motor circuit breaker modelling
- 20.6. Standard overload protections modelling
- 20.7. Wires, cables, and towers modelling
- 20.8. Asymmetrical elements
- 20.9. Surge arrester modelling
- 20.10. PV Module modelling
- 20.11. Battery modelling
- 20.12. DC Inverter modelling
21. DC MODULE
- 21.1. Adding DC elements
- 21.2. Defining the parameters of the DC line
- 21.3. Defining the parameters of the DC load
- 21.4. Defining the parameters of the PV cell
- 21.5. Defining the parameters of the Battery
- 21.6. Defining the parameters of the Power source
- 21.7. Defining the parameters of the DC Breaker
- 21.8. Defining the parameters of the DC Inverter
- 21.9. Performing DC power flow calculations
- 21.10. Performing DC short circuit calculations
- 21.11. DC battery sizing
- 21.12. PV Cell characteristics chart
- 21.13. DC MODULE FAQ
  - 21.13.1. How to know if PV system is operating at MPP (maximum power point)
  - 21.13.2. PV system power generation is very low / PV system consumes power from the network
22. GIS MODULE
- 22.1. Main window
- 22.2. Toolbar
- 22.3. Property sheet
- 22.4. Layers
  - 22.4.1. Linking polyline and point elements layers
- 22.5. Preferences
- 22.6. Setting up layers
- 22.7. Creating features
- 22.8. Modifying geometries of features
- 22.9. Saving the database
- 22.10. Importing a GIS database into EA-PSM
- 22.11. Calculation results display
- 22.12. Callouts
- 22.13. Redraw graphics
23. DRAWING MODULE
- 23.1. Inserting a drawing element
- 23.2. Grouping elements
- 23.3. Saving grouped elements to library
- 23.4. Calculation operations using drawing elements and custom objects
- 23.5. Creating a custom object
- 23.6. Linking custom objects
- 23.7. Setting up a plot object
- 23.8. Calculating the custom object diagram
24. CABLE AMPACITY
25. PROJECT MANAGER
- 25.1. Getting started
- 25.2. Snapshots
- 25.3. Adding elements to project manager
- 25.4. Adding a predefined table and chart to project manager
26. SAS LICENSE FEATURES
- 26.1. Cloud scheme storage
- 26.2. Remote calculation
- 26.3. Equipment related events
27. DATA IMPORTING AND EXPORTING
- 27.1. Calculation results exporting
- 27.2. One line diagram exporting as a picture or drawing
- 27.3. Custom data format (CDF) importing and exporting
- 27.4. Portable document format (PDF) exporting and frame functionality
- 27.5. Project data export
- 27.6. CAD drawing import
28. WORKING WITH LARGER SCHEMES
- 28.1. Scheme spliting between project pages
- 28.2. How to fix text overlapping?
29. OTHER USEFUL SOFTWARE FUNCTIONS AND TIPS
- 29.1. Find
- 29.2. Copy element parameters
- 29.3. Showing element properties
- 29.4. Element alignment
- 29.5. Reset line titles
- 29.6. Showing/hiding element title
- 29.7. Moving texts and changing fonts in the scheme
- 29.8. Adding notes
- 29.9. Shortcuts
30. HELP FUNCTIONS
- 30.1. Demo schemes
- 30.2. Tips

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EA-PSM 2019 User manual

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2020

Energy Advice, 2019 www.energyadvice.lt/en