Project Concept
The NEVERFLAT project aims to support broader adoption of electric vehicles by developing a practical, scalable, and affordable EV charging system. The concept integrates physical infrastructure, digital tools, and user-oriented services. The approach is based on real-world conditions and is designed to be adaptable across different urban and peri-urban settings.
Core Components:
Compact bi-directional charging stations
These low-power chargers are designed for integration with the local grid. They support both standard charging and energy return to the grid (V2G), helping balance supply and demand.
Renewable energy integration
Charging stations can connect to local solar or other renewable sources, improving energy efficiency and reducing reliance on non-renewable power.
Data-driven planning tools
NEVERFLAT develops models that use local traffic patterns, parking behaviour, grid capacity, and user habits to guide where and how charging stations are deployed.
User-facing applications and services
Tools such as mobile apps and Plug & Charge protocols simplify the user experience by handling identification, billing, and scheduling automatically.
Support for diverse user needs
The system considers different user types, including those without access to private chargers, and ensures accessibility for all groups.
Flexible business models
New models include token-based incentives for returning energy to the grid. Services are designed with input from users, operators, and public authorities.
Pilot testing in varied environments
Real-life trials in Germany, Romania, and Spain test the system in different contexts. These pilots help assess performance, usability, and impact.
The project brings together technical development, social design, and operational planning into a single integrated system. The aim is not to create a one-size-fits-all solution, but to deliver tools and infrastructure that can be adjusted to local conditions and needs.