TY  - JOUR
T1  - CHARGING POTENTIAL OF V4G THROUGH V2G STANDARD PROTOCOL FOR CCS
A1  - Wannier, David
A1  - Alder, Jean-Marie
A1  - Pereira, Héléna
A1  - Vianin, Jérémie
A1  - Carlos, Ferreira Da Silva Joao
A1  - Treboux, Jerome
A1  - Genoud, Dominique
A1  - Bonadio, Gregorio
A1  - Chaudhuri, Toufann
A1  - Darbellay, Georges
A1  - Dufour, Luc
JA  - CIRED Porto Workshop 2022: E-mobility and power distribution systems
Y1  - 2022
SP  - 750 – 754
UR  - https://www.cired2022porto.org/
KW  - battery powered vehicles
KW  - DC-DC power convertors
KW  - distributed power generation
KW  - electric vehicle charging
KW  - power grids
KW  - trees (mathematics)
KW  - vehicle-to-grid
N2  - The eVIP (Energy Visualisation Integration and Prediction) project aims to predict the load curve of electric vehicles in a semi-private context related to hotels
and restaurants. Using the gradient boosted tree algorithm, it is possible to predict the consumption of a hotel with an accuracy of approximately 83.8% with nonintrusive devices. By using this prediction and the data collected when an electric vehicle is being charged at the hotel's charging station, the peak consumption of the hotel can be optimized. 
We have also opened the way for V4G (Vehicle for Grid) to allow bi-directional energy flows in this semi-private
micro-grid and propose flexibility services to Distribution System Operators (DSO).
ER  -