Flexibility from EVs

Facilitating large-scale deployment of V2G projects

The objective is to reduce the energy cost and carbon footprint through:

  • EV smart charging

  • Auto-consumption – optimising renewable PV energy usage

  • V2G flexibility provision – shifting the demand

One of the expected benefits is to demonstrate a clear and transparent business model for large-scale deployment and replication of V2G projects.

First phase focus

Energy optimisation & flexibility provision

Smart EV Charging Optimisation

Enable the site owner to reduce total energy costs and increase flexibility by allowing the Customer Energy Manager to control the charging stations based on price signals from the retailer, the capacity of renewable energy (PV) generated at the site, and the EV charging profiles

Grid flexibility with Vehicle-to-Grid

Compatible Vehicle-to-Grid EVs that are connected to the charging points are used to push back energy to the grid when requested by the Distribution System Operator for grid load balancing. The Customer Energy Manager manages the requests in accordance with the EV user profiles, and incentives are implemented to motivate EV users to participate in the events

Cheaper electricity

To reduce the electricity bill, EV users can choose to sign up for demand response programs in an app, based on either receiving notifications they can react upon or through automatic schedule control for lowest price possible, with both instances respecting the defined departure time

Pilot management & participants

Involving several stakeholders

Pilot Manager
Bovlabs S.A.S - EV charging solution provider
Technical support
Trialog S.A.S - Technology Provider
Site Owner
Cythelia Energy
Site Users
Employees & site visitors
Market Actors
Retailers delivering electricity and Aggregators selling flexibility
Distribution System Operator
Procuring flexibility for grid load balancing

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