Smart, scalable, and sustainable EV charging for a greener future

ePowerMove optimizes energy use with cost-effective, bidirectional EV charging solutions. By integrating smart grids, predictive controls, and V2G technology, it enhances efficiency, supports renewables, and accelerates sustainable urban e-mobility worldwide.

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Months

January 2025 to June 2028
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Partners

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Pilots

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Million

ePowerMove aims to optimise energy usage by integrating advanced charging infrastructure with smart grid technologies.

The project focuses on advancing electric vehicle charging by developing smart, low-cost, and bidirectional charging solutions. By integrating seamless grid interaction, predictive controls, and innovative installation methods, the project enhances congestion, support renewable energy integration, and provide a scalable foundation for widespread EV adoption.

Driven by innovation, affordability, and user-centric design, ePowerMove develops cost-effective, bidirectional, and interoperable charging solutions that enhance efficiency and support the increasing adoption of renewable energy. Our flexible, scalable system architecture ensures compatibility across diverse regional power grids and Vehicle-to-Grid (V2G) technologies.

By leveraging advanced charging technology and energy management strategies and exploring new business models, ePowerMove paves the way for mass EV adoption, helping cities transition to sustainable urban e-mobility and reducing greenhouse gas emissions worldwide.

Pilot sites

Real-world testing for scalable EV Charging Solutions

Helsinki, Finland

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Klagenfurt, Austria

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Nicosia, Cyprus

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Latest news & events

Behind the scenes: Getting the Helsinki charger ready for the road

Behind the scenes: Getting the Helsinki charger ready for the road

Last week, the EV4EU project celebrated its Final Event during the Transport Research Arena (TRA) conference in Budapest, bringing together EU-funded projects, industry representatives and researchers working to accelerate the deployment of Vehicle-to-Everything (V2X) and bidirectional charging technologies across Europe.

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