OpenDSSDirect.py: a cross-platform Python package that implements a native/direct library interface to the alternative OpenDSS engine from DSS-Extensions.org

An Open-Source Optimal Power Flow Formulation: Integrating Pyomo & OpenDSS in Python

Native, "direct" Python bindings (interface) and misc tools for a custom implementation of OpenDSS (EPRI Distribution System Simulator). Based on CFFI, DSS C-API, aiming for full COM API-level compatibility on Windows, Linux and MacOS, while providing various extensions.

A simulation framework for topology identification and model parameter estimation in power distribution grids: https://ieeexplore.ieee.org/document/8601410

A multi-platform, customized C-API library and alternative implementation of OpenDSS (EPRI Distribution System Simulator) aiming for full COM compatibility. Unofficial/unsupported by EPRI, but extensively tested.

Reinforcement Learning + Microgrids for OpenDSS with the Stanford Microgrid Analysis and Research Training internship

OpenDSSDirect.jl is a cross-platform Julia package implements a "direct" library interface to OpenDSS, currently using the alternative OpenDSS implementation from DSS-Extensions

Maestro is a smart grid co-simulation platform built on top of Mosaik

⚡A python micro-framework for simulation and data analysis of electrical distribution systems modeled on OpenDSS.

Distribution System Simulator based on OpenDSS and OpenDSSDirect.py. Modern Syntax, DataFrames, Pint, Networkx, Algorithmic Agents.

MATLAB interface to our alternative implementation of OpenDSS, based on the DSS C-API library aiming for full COM compatibility on Windows, Linux and MacOS.

An implementation of an OpenAI gym environment for EPRI OpenDSS, using OpenDSS's native Python COM interface.

A very useful BDGD converter capable of making a BDGD conversion to OpenDSS elements.

C#/.NET bindings for DSS C-API, an unofficial implementation of OpenDSS with a custom API in plain C, new features and API extensions.

Open source library for state estimation of a distribution network modeled in OpenDSS

A C#(Visual Studio) OpenDSS customization to calculate the power flow of brazilian feeders created from GeoPerdasANEEL database

Build and run EPRI's OpenDSS software in a Docker container

Comparing EnKF and WLS state estimators in power distribution networks equipped with smart meters and phasor measurement units

Plugin para QGIS creado por el EPER-Lab y con nombre QGIS2OpenDSS

Project to generate the OpenDSS (.dss) files from GeoPerdasANEEL database.