Explore @ie3-institute Open Source projects

Institute of Energy Systems, Energy Efficiency and Energy Economics - ie3 (@ie3-institute)

ie3-institute

Stars
113
Global Org. Rank 54,664 (Top 18 %)
Registered almost 5 years ago
Most used languages

Java
35.0 %

Scala
30.0 %

Python
15.0 %

Jupyter Notebook
10.0 %

MATLAB
5.0 %

CSS
5.0 %
Location 🇩🇪 Germany
Country Total Rank 10,021
Country Ranking

Scala
107

MATLAB
1,026

Java
1,464

Jupyter Notebook
2,874

CSS
3,247

Python
5,538

simona

simona is an agent-based discrete-event power system simulation model developed @ie3-institute

PowerSystemDataModel

Provides an elaborated data model to model energy systems with a high granularity e.g. for bottom-up simulations. Additionally, useful functionalities to handle the model i/o are provided as well.

simBench2PowerFactory

Script to make SimBench grid model data sets usable with DigSilent Power Factory

OSMoGrid

OSMoGrid is a tool to generate life like electrical grid models based on publicly available data, mainly OpenStreetMap. The tool puts a special focus on low voltage grids.

MobilitySimulator

Stochastic-based simulator for individual mobility

DWDWeatherTools

Java command line client to access weather data of the ICON model from the Deutscher Wetterdienst (DWD), the federal meteorological service in Germany

simBench2psdm

Tool to convert SimBench data sets to ie³'s power system data model

pypsdm

pypsdm is a python implementation of the `PowerSystemDataModel` and extends it with useful analysis capabilities.

java-apexcharts

A java wrapper providing a basic API to generate ApexCharts 📈 - https://apexcharts.com/

PowerSystemUtils

Contains utility classes that are used by several ie3 subprojects

powerflow

Power flow calculation library, focused on interfacing for exchangeable algorithms

simonaAPI

API to create modules and add-ons for simona

SimonaOpfInterface

powerFactory2psdm

Convert PowerFactory grid models to PowerSystemDataModel

EvTripSim

Tool to simulate trips of electric vehicles in order to generate load profiles of an ev fleet incl. a regionalization approach to map trips to specific points-of-interest within a given area.

Jupyter Notebook

NetPadPlusPlus

A simple graphical user interface to allow manipulation of grids that are in PowerSystemDataModel format

python-project

simona-website

MarkovsHousehold

Markov chain based domestic house hold consumption model

ts-forecast

Jupyter Notebook