PyFlow ACDC¶
Welcome to PyFlow ACDC’s documentation!
This is a python-based tool for the design and analysis of hybrid AC/DC grids
PyFlow ACDC is a program worked on by ADOreD Project.
This project has received funding from the European Union’s Horizon Europe Research and Innovation programme under the Marie Skłodowska-Curie grant agreement No 101073554.
This documentation is under active development if any questions arise please contact the authors.
Introduction:
API Documentation¶
Grid Management:
- System Modelling
- Grid Creation
- CSV files for importing data
- Grid Modifications
- Add Grid Components
- Add AC Node
- Add AC Line
- Line sizing
- Add DC Node
- Add DC Line
- Add AC/DC Converter
- Add Generator
- Add Renewable Source
- Add Price Zone
- Add DCDC Converter
- Add DC Generator
- Add External Grid
- Bulk Add Generators
- Add Renewable Source Zone
- Add MTDC Price Zone
- Add Offshore Price Zone
- Add Time Series
- Add Investment Series
- Add Generator Mix Limits
- Assign Node to Price Zone
- Assign Converter to Price Zone
- Template and Import Helpers
- Line Modifications
- Add Grid Components
- Grid Analysis
- Results
Power Flow Analysis:
Time Series & Analysis:
Transmission Expansion Planning:
Visualization & Export:
Quick Start¶
Basic installation:
pip install pyflow-acdc
Basic usage:
import pyflow_acdc as pyf
#Use pre saved grids to familiarize yourself with the package
[grid,res]=pyf.PEI_grid()
pyf.ACDC_sequential(grid,QLimit=False)
res.All()