Solutions for a connected charging infrastructure
07. May 2026 | Planegg
Charging infrastructure development is shifting from a primary focus on power supply and station rollout towards integrating interconnected, software-controlled systems that improve operational reliability across residential, commercial, and public installations.
To support monitoring, protection, updates, and remote service without compromising reliability, connected charging installations require a coherent architecture and stable system partitioning across control, measurement, power, and connectivity.
In multi-site deployments, charging equipment units must combine safe power conversion, precise power measurement, deterministic embedded control, and reliable connectivity to link chargers to local energy infrastructures and remote maintenance platforms. For long-term usability throughout commissioning, operation, maintenance, and expansion, the installations must remain responsive on site, maintain continuous communication, and stay serviceable across long product lifecycles.
As an experienced distribution and development partner, Atlantik Elektronik supports customers’ connected charging infrastructure projects with scalable building blocks, that include AC wall box controllers for residential and commercial installations, public charging station HMI, and gateway platforms for field-managed infrastructure, smart energy communication gateways linking EV charging with PV, storage, and building energy systems as well as fleet depot charging controllers coordinating multi-charger operations and service workflows.
Our FAE-led design-in process is designed around documented baselines, validated integration and testable update path to enable repeatable multi-site rollouts and long-term serviceability.
Q&A
Why do connected charging infrastructures need a coherent system architecture?
A coherent architecture with clear partitioning across control, measurement, power, and connectivity enables reliable monitoring, protection, updates, and remote service without compromising on-site responsiveness and operational reliability in real-world deployments.
Which deployment scenarios can be covered with Atlantik Elektronik building blocks?
The scalable portfolio supports residential and commercial AC wall box controllers, public charging station HMI, and gateway platforms for field-managed infrastructure, smart energy communication gateways linking EV charging with PV, storage, and building energy systems, as well as fleet depot charging controllers coordinating multi-charger operations and service workflows.
How does Atlantik Elektronik enable repeatable multi-site rollouts and long-term serviceability?
Atlantik Elektronik applies an FAE-led design-in process based on documented baselines, validated integration and testable update paths, helping customers achieve consistent commissioning and maintenance workflows and stable lifecycle operation across multiple locations.
