Smart energy flexibility for distribution grids

European innovators aim to increase electric grid flexibility and resilience by creating and integrating smart energy technologies into an energy balancing platform.

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Video introduction of the project

Key technologies

Management unit icon
Management units & smart grid technologies
High-efficient power convertors
Vehicle 2 Grid
Data-centric middleware

Real life pilots

The project will implement, test and demonstrate its system solutions with different flexibility and resilience functionalities in four demonstration sites across Europe and at an additional in-lab emulator.

It will tackle different challenges such as interoperability, demand response and integration of smart- grid solutions.

Málaga (Spain)
University of Málaga
Arcavacata (Italy)
University of Calabria
Lille (France)
JUNIA and ICL
Jutland (Denmark)
Jutland Summer Houses
Frankfurt an der Oder (Germany)
IHP In-Lab Emulator

News & Events

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Tweets from @ebalanceplus

Our project has come to an end.
We would like to thank the @EU_Commission and the #horizon2020 program for the financial support. "Results booklet" (for free) here: 🔗
#smartgrid #energy #KER #exploitation #markets #energycommunity #V2G #IoT

Our research results in brief are now available in 6 languages on the CORDIS website:

Thanks to the @CORDIS_EU editorial team!
#research #smartgrid #resilience #energy #RES #flexibility #grid #electricity #DER #aggregators #EMS

🎞Last week the @ebalanceplus project ended after 4 prosperous years of work looking to increase the #flexibility and #resilience of the electricity grid by creating an energy balancing platform⚡

#energycommunity #IoT
#smartgrid #smartenergy

#NetZero emissions in 2050 cannot be achieved without people’s consent and active support. Behavioural changes are needed, particularly in richer parts of the world, where energy-intensive lifestyles are the norm.
🔗https://www.ebalanceplus.eu/serious-game/
#behaviouralchange #EnergyTransition

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