GElectrical

GElectrical is a graphical frontend to pandapower for power supply simulation and analysis with emphasis on electrical distribution and utilisation networks. Following features are currently implemented.

• Schematic capture.
• Pandapower network generation from schematic.
• Power flow time series analysis (Symmetric and Assymetric).
• Power flow with diversity factors (Symmetric and Assymetric).
• Voltage drop analysis.
• Short circuit analysis (Symmetric and SLG).
• Coordination analysis for power supply protection devices with support for CB and fuse protection curves; damage curves for transformers, cables and motors.
• Support for daily load curves for load elements.
• Support for arriving network parameters for custom geometry OH lines.
• Support for modeling networks with mixed TN-S/ TN-C/ TT/ IT earthing systems.
• Electrical rules check for checking conformity with IEC/ local electrical guidelines.
• Print and export of drawings to pdf.
• Generation of analysis reports.

Please note that the program is in active development and bugs are expected. Cross checking of generated calculations is reccomended. See Roadmap for current limitations.

Screenshots

See Screencasts for application screencasts

Samples

Sample schematic

Sample report

Sample project file

Installation

Application can be installed for use on your OS as below.

It is reccomended to install osifont for schematic capture. This can be downloaded from https://github.com/hikikomori82/osifont/blob/master/osifont.ttf.

Binary

Windows

Use .EXE installation packages available under Releases.

Linux

Application is published on Flathub repository at GElectrical.

It should be possible to install the application using the default package manager on most linux systems if flathub is setup. Please see https://flatpak.org/setup/ to setup flahub for your linux distribution.

Source

Linux

• Install GTK3 from your distribution package manager.
• Run pip install appdirs pycairo numpy numba scipy pandas mako networkx matplotlib pandapower jinja2 weasyprint openpyxl shapely.
• Clone this repository git clone https://github.com/manuvarkey/GElectrical.git
• Run gelectrical_launcher.py from cloned directory.

Windows

• Install git, msys2, visualstudio2022-workload-vctools and gvs_build by folowing this link gvsbuild.
• Setup GTK3 and PyGObject development envirnonment using gvs_build by running gvsbuild build --enable-gi --py-wheel gtk3 pygobject adwaita-icon-theme.
• Add required environment variables as suggested in the above link. Please see Create and Modify Environment Variables on Windows.
• Run pip install appdirs pycairo numpy numba scipy pandas mako networkx matplotlib pandapower jinja2 weasyprint openpyxl shapely in powershell.
• Clone this repository using git clone https://github.com/manuvarkey/GElectrical.git.
• Run python gelectrical_launcher.py from the cloned directory.

Dependencies:

Python 3 (v3.10+)

Python Modules:

• undo - Included along with distribution.
• appdirs (v1.4.4) - Not included
• openpyxl - Not included
• mako - Not included
• numba - Not included
• pandapower (v2.10.1) - Not included
• numpy - Not included
• pandas - Not included
• networkx - Not included
• shapely - Not included
• matplotlib (v3.5.1) - Not included
• jinja2 - Not included
• weasyprint - Not included
• pycairo - Not included
• PyGObject - Not included

GTK3 (v3.36+)