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
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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Attitude towards energy saving
Social aspects of innovation. Attitude towards energy saving in Denmark, France, Italy and Spain To a large extent, the real performance and success of technological systems depend on the users,
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Participation at the Sustainable Places Conference
Flexibility 2.0 – Demand Response and Self Consumption Workshop ebalanceplus took part in a workshop dedicated to the flexibility of smart grids and demand response technologies within the frames of
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Analysis of wireless technologies, roadmap architecture of 5G and Smart Grids
Analysis of wireless technologies, roadmap architecture of 5G and smart grids Wireless communication is important as a reliable, efficient, and intelligent way to enhance the conventional power grids into smart
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Interview with Henrik Madsen on the future of demand response technology
A new future for energy systems We are talking to Henrik Madsen, Professor at the Technical University of Denmark (DTU), who is leading a National Centre for IT-Intelligent Energy Systems
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Ebalance-plus Hierarchical Architecture
ebalance-plus hierarchical architecture The ebalance-plus project aims to provide an energy balancing platform, ensuring flexibility, security, stability, resilience and scalability of the distribution grid. The concept comprises a set of
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The Smart Grid Hierarchical Network
Communication technologies for Smart Grids. Hierarchical Network In the context of Smart Grids, the main objectives of the communication network are: to be able to guarantee reliable, secure and real-time
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Explore the essence of ebalanceplus project
The introductory video of the project is now online! Watch it to learn more about the solutions that the ebalanceplus is working on and understand better the project relevance for
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The electricity grids of tomorrow: Flexible, reliable and green.
The new EU-funded project ebalanceplus will tackle technical, economic and social aspects of the smart grids, aiming to increase their flexibility and resilience. Traditionally, electricity was mostly generated by fossil
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