ego - Release 0.3.4

Update of eDisGo version.

- Python
Published by wolfbunke over 7 years ago

ego - Release 0.3.3

Fixing and Documentation Release

- Python
Published by wolfbunke over 7 years ago

ego - Release 0.3.2

Making eGo quotable with zenodo.

- Python
Published by wolfbunke over 7 years ago

ego - Release 0.3.1

This release contains documentation and bug fixes for the new features introduced in 0.3.0.

Find more information on openego.readthedocs.io

- Python
Published by wolfbunke over 7 years ago

ego - Release 0.3.0

Power Flow and Clustering. eGo is now using eTraGo non-linear power flows based on optimization results and its disaggregation of clustered results to an original spatial complexities. With the release of eDisGo speed-up options, a new storage integration methodology and more are now available.

Read more on here

- Python
Published by wolfbunke almost 8 years ago

ego - Birthday Release 0.2.0

Fundamental structural changes of the eGo tool are included in this release. A new feature is the integration of the MV grid power flow simulations, performed by the tool eDisGo.. Thereby, eGo can be used to perforem power flow simulations and optimizations for EHV, HV (eTraGo) and MV (eDisGo) grids.

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Read more on: openego.readthedocs.io

- Python
Published by wolfbunke almost 8 years ago

ego - Result class implementation

This is the second release of eGo. The Release introduce the result class and is still under construction and not ready for a normal use.

Added features * Update of Interface between eTraGo and eDisGo (specs) * New structure of eGo module / resulte class * Restructuring of functions * Add import function of eTraGo results form oedb

- Python
Published by wolfbunke over 8 years ago

ego - First release of eGo

As this is the first release of eGo. The tool eGo use the Python3 Packages eTraGo (Optimization of flexibility options for transmission grids based on PyPSA) and eDisGo (Optimization of flexibility options and grid expansion for distribution grids based on PyPSA) for an electrical power calculation from extra high voltage to selected low voltage level.

- Python
Published by wolfbunke over 8 years ago