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## Parameters

Date |
Title |
Network |
Production |  | MW mean
| MW max
| % of flexibility
| €/MWh cost
Consumption |  | MW mean
| MW max
| % of flexibility
| €/MWh benefits
Energy prices |  | €/MWh mean
| €/MWh max
Day | to
Interaction Model |

Interaction model parameters

Grid access restriction |
Access bounds computation type |
DSO is a FSU |
Flexibility cost for the DSO |
DSO imbalance price ratio |  |
Production flexibility obligations ratio |  |
Consumption flexibility obligations ratio |  |
Relative deviation from the baselines |  |

Additional parameters

Power flow method |
Periods |
Number of producers |
Producers external imbalance |  | % of the mean production
Number of retailers |
Retailers external imbalance |  | % of the mean consumption
Retailers flexibility reservation cost |  | €/MWh
TSO flexibility request |  | MW
TSO reservation price |  | €/MWh
Hash |
Status |
Description |

## Server

Server |
Simulation computation |

## Information log

0 %

## Results of day

This engine for the quantitative analysis of regulatory frameworks in distribution networks has been created within the framework of the GREDOR project, supported by the public service of Wallonia - Department of Energy and Sustainable Building.

## Contributors

Name | Affiliation | Logo
--- | --- | ---
Sébastien MATHIEU | University of Liège |
Bertrand CORNÉLUSSE | University of Liège |
Quentin LOUVEAUX | University of Liège |
Damien ERNST | University of Liège |