The Eco2charge project Smart energy management for EV charging systems

Transcription

1 The Eco2charge project Smart energy management for EV charging systems Floriane PETIPAS Innovation Project Manager Bouygues Energies & Services

2 Short, middle and long run issues related to electric vehicle deployment Basic charging network 3-7 kw Enables every day charging while EV are parked (home, work, downtown): On average 45km/charge (10kWh). 3-7 kw charging points are sufficient to answer this need. Fast charging network To complete the basic charging network: - When basic charging points are not existing: old city centres, collective housing - When parking time is limited: car sharing, multiple trips - To ensure long trips Massive deployment of charging points Buildings Smart charging associated with storage for load levelling in order to avoid renovating the building electrical infrastructure. Fast charging stations Storage for load levelling in order to avoid renovating the site electrical infrastructure. Storage and smart charging behind the meter Power grid Storage for load levelling in order to avoid or differ renovating the electrical infrastructure. Support of distribution infrastructures

3 Services to support this deployment Charger w/o civil work City Charge Smart charging with 2 nde life battery storage eco2charge Buffer storage 2 nde life batteries Supervision Alizé Massive deployment of charging points Storage and smart charging behind the meter Support of distribution infrastructures

4 Supervision solution eco2charge AGGREGATORS OPERATOR COST MANAGE ENERGIES BOOK USER A global solution to develop charging infrastructures in buildings without impacting the electricity consumption (smart charging, storage) and taking into account the users specific needs DISTRIBUTE BUILDING ENERGY DATA CHARGE VEHICLES STORE 4

5 Power (MW) Power (MW) Power (MW) Project objectives Develop a complete solution to facilitate the massive deployment of charge points Deploy and validate the solution in two office buildings Load shifting and peak shaving to avoid adapting the existing electrical infrastructure Selfconsumption Basic charging Smart charging Smart charging + storage 3,5 3,0 2,5 Recharge Basic charging VE Soutirage Building consumption sans VE 3,5 3,0 2,5 Recharge Smart charging VE intelligente Soutirage Building consumption sans VE 3,5 3,0 2,5 Recharge Smart charging VE intelligente Soutirage Building consumption sans VE Soutirage Impact on avec the grid recharge with smart intelligente charging + stockage + storage 2,0 1,5 1,0 0,5 0,0 2,0 1,5 1,0 0,5 0,0 2,0 1,5 1,0 0,5 0,0 5

6 Building energy data OPERATOR USER MANAGE ENERGIES BOOK AGGREGATORS COST DISTRIBUTE BUILDING ENERGY DATA STORE CHARGE VEHICLES 6

7 Building energy data Challenger building Bouygues Construction Head Office Australia building Bouygues Energies & Services Head Office Building consumption Impact on the grid Solar production 7

8 Manage energies OPERATOR USER MANAGE ENERGIES BOOK AGGREGATORS COST DISTRIBUTE BUILDING ENERGY DATA STORE CHARGE VEHICLES 8

9 Manage energies Energy consumption Solar production Grid Energy Management System (EMS) Electric vehicles Smart Charging Electricity storage 7 chargers G2, Ingeteam, Nexans 7x7 kw 6 Kangoo batteries ZE 66 kw / 66 kwh 9

10 Manage energies Energy Management System web interface Day ahead forecast Real time data 10

11 Distribute electricity OPERATOR USER MANAGE ENERGIES BOOK AGGREGATORS COST DISTRIBUTE BUILDING ENERGY DATA STORE CHARGE VEHICLES 11

12 Distribute electricity Energy Management Site consumption & production Storage system operation Site Charger Management Charging optimisation based on site data Booking sessions Charging profiles Booking Management Zone Charger Management Reservation 12

13 Store electricity OPERATOR USER MANAGE ENERGIES BOOK AGGREGATORS COST DISTRIBUTE BUILDING ENERGY DATA STORE CHARGE VEHICLES 13

14 Store electricity Storage system interface 6 Kangoo batteries ZE 66 kw / 66 kwh 14

15 Book OPERATOR USER MANAGE ENERGIES BOOK AGGREGATORS COST DISTRIBUTE BUILDING ENERGY DATA STORE CHARGE VEHICLES 15

16 Book User interface User web interface Select vehicle Select site Select time slot Indicate the autonomy 16

17 Book EV details EV details web interface 17

18 Charge vehicles OPERATOR USER MANAGE ENERGIES BOOK AGGREGATORS COST DISTRIBUTE BUILDING ENERGY DATA STORE CHARGE VEHICLES 18

19 Charge vehicles Chargers 1. Charger available 2. Badging 3. Session loading 7 chargers G2, Ingeteam, Nexans 7 x 7 kw 4. Charger connexion 5. EV connexion 6. EV charging 19

20 Charge vehicles Operator web interface 20

21 Project video 21

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