The rapid growth in electric vehicle (EV) sales across Europe has outpaced the installation of charging infrastructure, highlighting a critical need for expanded telemetry solutions. According to the ACEA, while electric car sales surged, the pace of charging point deployment lagged significantly between 2017 and 2023. Projections indicate an urgent requirement for a substantial increase in charging points to meet ambitious targets set for 2030.
To meet future demands, industry estimates propose installing approximately 1.2 million charging points annually by 2030, a rate eight times higher than recent trends. This ambitious target contrasts starkly with the European Commission’s more conservative projection of 3.5 million charging points by the same year.
In the electric vehicle industry, various telematics systems require external antennas to ensure efficient and reliable operations. These systems include GPS tracking for accurate vehicle location and route optimization, vehicle-to-infrastructure (V2I) communication for real-time traffic updates and interaction with charging stations, and vehicle-to-vehicle (V2V) communication for safety and coordination. In vehicles, the metal body blocks external signals like a shield, making an external antenna necessary to improve reception.
EV (Electric Vehicle) charging stations uses cellular modems/gateways or routers for data transmission and communicating with the network. Smart EV charging stations utilize this technology for dynamic load management, remote monitoring, and control. As the modem is built into the EV charging station, it requires an external antenna to effectively receive signals from the cellular network. This external antenna is crucial for ensuring strong connectivity and reliable data transmission, especially in areas where signal strength may otherwise be weak or obstructed.
With a POYNTING antenna you are ensured of a consistent omni-directional pattern across the frequency band, which is essential for reliable performance in mobile environments. Our antennas are designed to meet current and future connectivity needs, offering wideband and electrically optimized solutions across the entire spectrum. Built to last, these antennas provide reliable performance even in harsh conditions.
Reliable communication is crucial in the EV environment, and a good antenna is essential in ensuring seamless communication between vehicles, charging stations, and infrastructure.
Telematics plays a pivotal role in managing electric vehicle (EV) fleets. By integrating advanced telemetry systems, fleet managers can optimize operations, enhance efficiency, and meet ambitious charging infrastructure targets for 2030. With real-time data insights and smart charging solutions, telematics not only ensures reliable vehicle-to-infrastructure communication but also supports sustainable fleet management practices, driving the future of electric mobility.
