We would like to consider simplified distribution grids within eTraGo (see openego/eTraGo#835).
By doing this, the optimization of flexibility dispatch within eTraGo should result in time series that are better suitable for the underlying distribution grids.
The parametrization of the simplified grids is derived from bottom-up worst-case simulations with eDisGo.
Thus, eGo will contain the option to first (bottom-up) simulation MV/LV grids, then use results in the eTraGo optimization and afterwards hand the dispatch timeseries (top-down) over to eDisGo, which calculates grid expansion needs.
We would like to consider simplified distribution grids within eTraGo (see openego/eTraGo#835).
By doing this, the optimization of flexibility dispatch within eTraGo should result in time series that are better suitable for the underlying distribution grids.
The parametrization of the simplified grids is derived from bottom-up worst-case simulations with eDisGo.
Thus, eGo will contain the option to first (bottom-up) simulation MV/LV grids, then use results in the eTraGo optimization and afterwards hand the dispatch timeseries (top-down) over to eDisGo, which calculates grid expansion needs.