Innovative Charging Infrastructure
Deploy a photovoltaic-powered, battery-integrated EV charging infrastructure enhanced with advanced grid-edge controls.
EMS4PVBEV project
RIF RESEARCH IN ENTERPRISES / EMS4PVBEV
EMS4PVBEV
Advanced AI-driven Energy Management System for Photovoltaic-powered and Battery-integrated Electric Vehicle charging stations
- Budget
- €276,508
- Funding
- €199,840
- Duration
- 18 months July 2024 – Dec 2025
- Call
- Research and Innovation Foundation RESEARCH IN ENTERPRISES 2023 ENTERPRISES/ENERGY/1123/0011
Overview
EMS4PVBEV is an industry-driven research and innovation project that aims to develop a next-generation energy management solution for electric vehicle charging stations powered by solar photovoltaics (PV) and integrated battery storage systems. By combining renewable energy sources, energy storage, and artificial intelligence, the project supports the transition towards cleaner transportation, smarter energy use, and a more sustainable mobility ecosystem in Cyprus.
Objectives
01-04 / 08
What We Do
CPT is the coordinator of the EMS4PVBEV project, leading the development and real-world demonstration of innovative solutions for renewable energy-powered electric mobility.
CPT Group (CPT, NPT and LPT) contributes its expertise in public transport operations, electromobility, and innovation to support the deployment of a solar-powered EV charging station integrated with battery storage and an AI-driven energy management system. We provide the charging infrastructure, electric buses, operational data, and demonstration environment required to test and validate the project's solutions under actual operating conditions. We also contribute to the optimisation of charging operations, the evaluation of future energy needs, and the development of innovative business models that promote the wider adoption of sustainable and cost-effective electric mobility solutions in Cyprus.
Project Highlights
Renewable-Powered Charging
Integrates solar generation, battery storage and fast EV charging into one coordinated energy system.
AI-Driven Energy Management
Uses real-time monitoring, forecasting, predictive charging and decision optimisation to manage energy flows efficiently.
Sustainable Energy Use
Maximising on-site renewable energy self-consumption while reducing grid dependence and CO₂ emissions.
Living Lab for Future Innovation
Supports further research into energy optimisation, smart-grid interaction and scalable renewable-energy integration.
Events
Future of Clean Mobility Day
Marking the completion of the EMS4PVBEV project and showcasing Cyprus's first solar-powered, battery-integrated EV charging infrastructure.
Events
EMS4PVBEV Meets DYNAMO
Project partners gathered to share knowledge, showcase innovative solutions, and explore future collaboration opportunities in renewable energy.
Press releases
EMS4PVBEV White Paper
Discover how AI-driven energy management and renewable-powered EV charging are delivering real environmental and economic benefits.
No news articles are available for this project yet.
Consortium Partners
Acknowledgement
The EMS4PVBEV project is financed by the Recovery and Resilience Facility of the NextGenerationEU instrument through the Cyprus Research and Innovation Foundation (ENTERPRISES/ENERGY/1123/0011).
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