TARGET-X

Upgrading Connectivity of EV Charging using 5G hats and Addition of sensors

use case image

Two ERTM pilot deployments were completed to validate connectivity performance and integration in real-world conditions. At the Parity Platform office, an existing EV charger was upgraded from Wi-Fi to a commercial 5G connection using an external industrial-grade 5G router via Ethernet, resulting in significantly improved network stability and reduced latency for telemetry and control signals. At the University of Patras, a Raspberry Pi with a modular 5G hat was connected to a testbed EV charger and sensor node. This setup demonstrated seamless switching between private and commercial 5G networks, enabling low-latency. Both deployments confirmed the value of 5G in reducing communication delays and maintaining consistent service availability

Type of experiment:
Pilot

Functionality:
Ultra-Reliable and Low Latency Communications (URLLC)

Maturity:

Location(s):
Greece

Vertical sector(s):
Smart Energy


Project Open Call 3rd-party funding

TARGET-X


Duration:

GA Number: 101096614

SNS JU Call (Stream):
Call 1
Stream D

This tool has received funding from the European Union’s Horizon Europe Research and Innovation programme under the SNS ICE project (Grant Agreement No 101095841)