README.md

Plant dispatch

This script distribute Sddp plant's generation in PowerFactory generators.

Requirements

• PowerFactory 15 or newer
• Python 3.3 or newer
  • psr-graf
    • pip install psr-graf
  • optional: pandas and numpy

Usage

1. Run Sddp with appropriate result files enabled
   • Thermal generation
   • Renewable generation
   • Hydro generation
   • Battery generation
   • CSP generation
   • Power injection output
2. Create a CSV file mapping Sddp scenarios to PowerFactory scenarios
3. Create a CSV file mapping Sddp plants to PowerFactory generator elements
4. Run script:

python sddp_plant_dispatch.py -p "Project Name" --path "C:\temp\sddp_case"

Input files

The following input files are required to run the script:

Input File	Description
scenario_names.csv	Maps Sddp scenarios to PowerFactory scenario names
plant_elm_map.csv	Maps Sddp plants to PowerFactory generator elements

Scenario names

Maps a Sddp scenario to a PowerFactory scenario name.

Column	Description
Stage Number	Sddp stage number
Scenario Number	Sddp scenario number
Block Number	Sddp block or hour number
Scenario Name	PowerFactory scenario name

Sddp Plant/PowerFactory Elm* mapping

It's possible to distribute Sddp Plants' generation in multiple PowerFactory generators using weights. The figure below illustrates it.

The file name is plant_elm_map.csv and its column names are:

Column	Description
System ID	String with Sddp system id
Plant Type	String with Sddp plant type
Plant Name	String with Sddp plant name
Weight	Distribution weight of plant power to powerfactory generator element
Element	PowerFactory generator element name in name.class format

Supported plant types:

Plant Type	Description
hidro	Hydro plant
thermal	Thermal plant
renewable	Renewable plant
battery	Battery
csp	Concentrated solar power plant
injection	Injection

Supported PowerFactory generator classes:

Class	Modified Attribute
ElmSym	pgini
ElmAsm	pgini
ElmGenstat	pgini
ElmAsmsc	pgini
ElmPvsys	pgini
ElmXnet	pgini