PFLOW is a steady-state power flow solver that can be used for both transmission and distribution systems. A shared library for PFLOW (for Linux and MacOS) is provided in the lib directory. PFLOW uses numerical routines from the PETSc library that needs to be installed for PFLOW. The code for the transmission-distribution power flow is written in C and it is tested on Ubuntu and MacOS. It uses the following libraries
PETSc is an open-source numerical library providing high-performance time-stepping, nonlinear, and linearsolvers. The following are steps to install PETSc
Step 1. Clone PETSc from its Git repository
git clone https://bitbucket.org/petsc/petsc.git
Step 2. Set PETSC_DIR and PETSC_ARCH environment variables
Before beginning the installation, let us set two environmental variables needed by PETSc. The first one is the location of the library, called PETSC_DIR, and the second one is PETSC_ARCH. When PETSc is installed, the configuration settings are saved in a directory with the PETSC_ARCH name set. Thus, this provides flexibility in maintaing several configuration settings with different PETSC_ARCH. The environmental variables can set by the export command in bash shell. Its best to store environmental variables in .bashrc file in the root folder. Thus, every time the bash shell is active, all environmental variables in the .bashrc file are loaded. Here's how to set the environmental variables in .bashrc file
cd ~
emacs .bashrc
export PETSC_DIR=<location_of_PETSc directory>
export PETSC_ARCH=<any-arbritraty-name-you-want> for e.g. debug-mode
Save .bashrc file and then source it so that the environmental variables are loaded
source ~/.bashrc
Now, check whether the environment variables are loaded
echo $PETSC_DIR
This should display the PETSC_DIR variable you set previously. If you don't see anything, then the environmental variable is not loaded.
Step 3. Configure and compile PETSc
cd $PETSC_DIR
./config/configure.py
make
make test
The above commands will configure the PETSc library and compile it. If everything goes correctly then you should see display messages by PETSc that all tests have passed. This completes basic installation of the PETSc library that we need. For additional detailed installation instructions refer to PETSc Installation.
Step 1. Clone the repository as shown below.
git clone https://github.com/pflow-team/pflow.git
cd pflow
Step 2. Compile PFLOW using the makefile.
make PFLOW
Core developers:
- Shrirang Abhyankar [email protected]
Contributor:
- Karthikeyan Balasubramaniam [email protected]
This work is supported by U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy, Solar Energy Technologies Office, under contract DE-EE0001748.
If you use this code please cite it as:
@misc{PFLOW,
title = {{PFLOW}: A utility to calculate power flow in electric power systems},
author = "{Shrirang Abhyankar, Karthikeyan Balasubramaniam}",
howpublished = {\url{https://github.com/pflow-team/PFLOW}},
url = "https://github.com/pflow-team/PFLOW",
year = 2019,
note = "[Online; accessed 1-August-2019]"
}
Copyright © 2019, UChicago Argonne, LLC
This tool is distributed under the terms of BSD-3 OSS License.