Thesis: Vehicle-to-vehicle fast charging from a shared vehicle fleet

Yacine SEHIMI, Researcher PhD Candidate, will submit his thesis on 7 July 2022 at 2 PM on “the design of a vehicle-to-vehicle fast charging network and infrastructure based on a shared vehicle fleet“. Sharing would limit the impact of recharging on the grid at times of high electricity demand. The thesis also presents a tool for simulating power control during the transfer between vehicles.

This thesis will take place at T128 – T130, 13 Rue de Toul 59000 Lille.

Academic supervisors and schools/universities

  • Vedecom Institute
  • Electrical Engineering and Power Electronics Laboratory (L2EP)
  • Academic supervisor: Jihen Sakly, Research Engineer at VEDECOM

Composition of the jury

  • Rapporteur: Eric Monmasson, University Professor, University of Cergy-Pontoise
  • Rapporteur: Marc Petit, University Professor Centrale Supélec
  • Examiner: François Costa, University Professor ENS Paris Saclay (SATIE) France
  • Examiner: Benoit Robyns, University Professor Junia HEI (L2EP)
  • Examiner: Khaled Almaksour, Senior Lecturer Junia HEI (L2EP)
  • Examiner: Jihen Sakly, Research Engineer Vedeco Institute

Follow the thesis online



V2V fast charging enables to recharge an electric vehicle by partially discharging one or several other electric vehicles having an excess of energy.  The use of a fleet of carsharing electric vehicles as energy providers allows the carsharing operator to make additional profits when they are not rented.

Moreover, the recharge of the fleet can be achieved at lower power than the V2V power transfer. Therefore the grid connection required to provide fast charging is reduced, which can mitigate the necessary grid upgrades. Besides, the lower power demand of the station could reduce the impact of electric vehicle charging at hours of peak power demand on the grid.

This thesis is a collaboration between Institut Vedecom and L2EP Laboratory. In a first part, the  goal is to build a simulation model of the coupled carsharing/V2V system, in order to assess  the benefits for the actors of the grid, namely the Distribution System Operator and the Transmission System Operator.  In a second part, the design of a power converters architecture to control power flow between the vehicles involved and the grid is proposed and the control strategy is implemented through simulations. Finally an experimental setup of the multi-source DC/DC converter is achieved in order to validate the proposed control strategy.

Keywords : electric vehicle, fast charging, grid services, V2X, multi-source converters, carsharing

Inductive charging for electric vehicles while driving: a major ecological challenge

Inductive charging is one of the candidate technological solutions for the deployment of the “Electric Road” in France and Europe. It allows electric vehicles to be recharged while driving. The main advantage is the reduction in the size of vehicle batteries while increasing the range of electric vehicles. It is particularly suited to the needs of the logistics sector and long-distance road transport.

Successfull trials

Since a world first in July 2018 as part of the European H2020 project called FABRIC, with two vehicles charging at 20kW while each one is travelling at 100km/h at the same time on a track (American tertiary system), VEDECOM has developed with its partners Renault, Stellantis and EDF, a clean charging technology while travelling by induction at a power of 30kW. The system consists of coils and electronic boxes that must be integrated into the road during its renewal or construction. 30 kW is enough power to recharge a light vehicle on a motorway.

According to the first tests obtained on a test platform, the efficiency obtained is over 90%, which is an excellent rate. Other tests validated compliance with electromagnetic field standards, bearing in mind that the system is secure: induction is only activated when the vehicle passes by and if the communication system recognises and validates the triggering of its recharge. VEDECOM is continuing to develop its system as part of the VERA project (PIA).

Other inductive charging technologies are being tested in Europe, notably the Israeli ElectReon solution: its DWPT (Dynamic Wireless Power Transfer) system is being tested on the 1050m Italian “Arena del Futuro” circuit.

INCIT-EV and Use Case 2 – Demonstration of inductive charging while driving in Paris

VEDECOM will test its technology in an urban area, in Paris, in the second half of 2022, as part of the European INCIT-EV project. INCIT-EV aims to test and evaluate seven different charging technologies. With a budget of €18M, it brings together 33 partners from 8 different countries. The objective is to demonstrate the replicability of these solutions, to guarantee interoperability and to provide a decision-making tool to help make the most appropriate choices for the territories. A project focused on the user experience, to INCITE the use of Electric Vehicles. These experiments have a lot at stake for the deployment of electric vehicles.

A promising technology that requires a collective dynamic

Dynamic contactless recharging promises to be one of the most interesting and interoperable recharging solutions: interoperable from one vehicle to another, but also from one supplier to another.

Aesthetic and sustainable, since it is buried underground, it is perfectly suited to urban environments where the constraints of space dedicated to infrastructure are particularly strong and where speed limits are more conducive to charging. Since we drive slower, we stay longer on the track and therefore recharge for longer. This is also the solution that would be the most widely shared: recharging while driving would solve the problem of the inevitable bottlenecks at the charging stations.

The key to progress is both a dialogue among the players and a political strong will.


>> More info on INCIT-EV Project

The Mobena initiative accelerates the roll-out of new generation e-Mobility

Mobena harmonizes the deployment of new services for EV charging

May 17, 2021. The Mobena initiative was created in July 2020 by the main French professional organizations representing the electromobility ecosystem in the French market. The goal is to simplify the user experience by ensuring interoperability between charging systems and leading the way towards the deployment of a new generation of EV charging in the French market. The initiative now reaches two key milestones:

  1. the demonstration of an interoperability solution between multiple PKI (Public Key Infrastructure), organized with international partners of June 2nd, 2021. Learn more
  2. the kick-off of a collaborative project that gathers the e-Mobility actors and aims for ensuring a successful roll-out of the new EV charging services in the French market.


Towards an open and fair market with a reference architecture

The Mobena initiative’s objective is to ensure a successful deployment in the French market of the ISO 15118 services (Plug and Charge -PnC- and smart charging) in a harmonized way with Europe.

To do this, adopting a reference architecture, from technical and organizational point of view, is key. Such architecture shall ensure interoperability and enable an open and fair market between all EV actors and allow end-users and operators to freely select their providers.

A first technical feasibility verification

Atelier recharge VEDECOM vu de haut

In preparation for the event planned on June 2nd, the Mobena initiative partners tested the technical feasibility of the Certificate Trust List (CTL) as a solution for Plug and Charge (PnC) interoperability between multiple PKI.

On March 11th 2021, VEDECOM hosted a Workshop for this objective at mobiLAB with the contribution of Freshmile, GIREVE, Hager, Groupe Renault, Stellantis, SAP Labs, Thales et Trialog

About the Mobena initiative

The Mobena initiative was created in July 2020 by the main French professional organizations representing the electromobility ecosystem in the French market. The goal is to simplify the user experience by ensuring interoperability between charging systems and leading the way towards the deployment of a new generation of EV charging in the French market.

Coordinated by VEDECOM, the Mobena initiative committee regroups AFIREV, AVERE-France, PFA, GIMELEC, UFE and VEDECOM.

About twenty companies representing the different roles in the ecosystem have joined this initiative. The mission is to support the players of the EV charging ecosystem, operating in France, by defining the roadmap and the means to ensure a successful and harmonized deployment of the e-Mobility services. The Mobena project, which will be launched in July 2021 and extended to more partners, will particularly focus on integrating interoperability as an initial requirement and providing high added value services through a massive adoption of the ISO 15118 standard in a competitive and open market.

A particular focus will be put on Smart Charging, Plug and Charge and the implicated end-to-end system interfaces, including backend communication protocols (OCPP, OCPI…), PKI and cyber security. This for both AC and DC charging.

For more information:

More information about Mobena initiative:


MOBENA website