https://github.com/zecao/executoropendssbr
A C#(Visual Studio) OpenDSS customization to calculate the power flow of brazilian feeders created from GeoPerdasANEEL database
https://github.com/zecao/executoropendssbr
csharp opendss power-flow-calculation
Last synced: 6 months ago
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A C#(Visual Studio) OpenDSS customization to calculate the power flow of brazilian feeders created from GeoPerdasANEEL database
- Host: GitHub
- URL: https://github.com/zecao/executoropendssbr
- Owner: Zecao
- License: gpl-3.0
- Created: 2018-08-24T01:17:48.000Z (almost 7 years ago)
- Default Branch: master
- Last Pushed: 2024-06-25T00:25:50.000Z (12 months ago)
- Last Synced: 2024-06-25T01:36:10.296Z (12 months ago)
- Topics: csharp, opendss, power-flow-calculation
- Language: C#
- Homepage:
- Size: 34.4 MB
- Stars: 7
- Watchers: 4
- Forks: 2
- Open Issues: 0
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Metadata Files:
- Readme: README.md
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README
# ExecutorOpenDssBr
This project is a C# [OpenDSS](http://smartgrid.epri.com/SimulationTool.aspx) customization to batch calculate the power flow of Brazilian electricity distribution feeders. The feeders \*.dss files - see [FeederExample](https://github.com/Zecao/ExecutorOpenDssBr/tree/master/FeederExample) directory - are very similar to the ones created by the GeoPerdas.EXE software from the Brazilian energy regulatory agency [ANEEL](http://aneel.gov.br/). But in this case, the .dss files were created using the project [ExportadorGeoPerdasDSS](https://github.com/Zecao/ExportadorGeoPerdasDSS), a simple **GeoPerdas** database reader also created by me.
Objectives of this project:
1. Alternative to using the official software of ANEEL, **GeoPerdas.EXE**, with the following benefits:
- faster execution time compared with **GeoPerdas.EXE**.
- easier to detect and correct errors in the .dss files. BTW, I always try to converge 100% of feeders before running the official GeoPerdas.EXE.
2. Simulation of parameters and their effects on all feeders. Some examples:
- inclusion of capacitor banks.
- modeling of reclosers and fuses (SAIDI, SAIFI calculation).
- analysis of changing the power factor of loads. For example, simulation with metered power factor.
- zero sequence impedances on the lines.
- analysis of other load models.
3. Report generation.
Currently, the following reports were developed (yet in a crude model, i.e. a .txt file is generated and later treated in a spreadsheet).
- voltage level in the primary buses of distribution transformers.
- disconnected loads.
- loads with critical voltage levels.
- tap of voltage regulator banks.
**Usage**:
1. The directory **FeederExample** contains 2 subdirectories: 1. **ABDD201** with a 13.8 kV feeder *.dss files created by the database exporter [ExportadorGeoPerdasDSS](https://github.com/Zecao/ExportadorGeoPerdasDSS) and; 2. the subdirectory **Recursos** which contains some resources files such as the *linecode* and the *load profiles* files (I've included these files in a separated subdirectory, as they are usually the same for all feeders).
2. You must configure the GUI TextBox "*Caminho dos recursos permanentes*" with the "*Recursos*" subdirectory and the GUI TextBox "*Caminho dos arquivos dos alimentadores \*.dss*" with the root subdirectory.
3. The list of feeders to be executed must be in the file *lstAlimentadores.m*.
**External projects**
In addition to **OpenDSSengine.dll** the project uses the following dlls from other projects (all of them included in the Lib folder):
- OpenDSS Extensions from Unicamp (dss_capi, dss_sharp, libklusolvex, libwinpthread dlls)
- **EEPlus.dll**: which allows Excel files to be read in the C#;
- Dlls from [QuickGraph 3.6](https://archive.codeplex.com/?p=quickgraph).
**Language**
Most of the code is in Portuguese, but I'm making an effort (in every new release) to translate some code into English.
Ezequiel C. Pereira