Powering the Johan CruijffArenA with EV batteries

Jan Winkler The Mobility House | Amsterdam Energy ArenA

2

Managing the energy within buildings is a challenge.

322 April 2020

> Extension of grid connection creates high costs and delays

> Energy is not always available at the time it is needed

> Sometimes, there is no energy available at all!

Source: The Mobility House

0.8 MW

0.7 MW 1 MWp

3 MW

In 2018, the first EV battery based multi-use storage system went live in the Johan Cruijff Arena

Operation of a 3 MW and 2.8 MWh storage system made from 148 Nissan Leaf batteries

Source:The Mobility House

Optimized PV Integration

Backup power Grid Services Vehicle-to-Grid Peak Shaving

422 April 2020

The battery provides backup power to the ArenA, reduces peak load and stabilizes the European transmission grid

522 April 2020

Backup Power

Backup Power

Frequency Reserve

5:0 4:1

Netherlands Estonia Ajax Amsterdam Heracles Almelo

3 MW 350 k€/a 3 MWBat

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6

Time to take the next step and make use of “mobile” EV batteries

Step 1: Integrate EV charging points in a smart way

722 April 2020

> Installation and electrical integration by

BAM, incl. connection with smart meters,

photovoltaic system and battery storage

> Smart charging by The Mobility House

ensures reliable charging and cost

effectiveness

> 14 AC chargers

> 22kW max power per charger

> Smart charging via TMH

ChargePilot

300kVA (unmanaged)

150 kVA (managed)-15k€

Step 2: Turn electric vehicles into power plants on wheels

> 1 mobile EV

> + 148 EVs (2nd Life)

in battery racks

Want to learn more about Smart Charging & V2G?Make sure to join the next SEEV4City webinar on 6th May 2020

Jan.winkler@mobilityhouse.com