As the adoption of new energy vehicles continues to rise, EV charging stations are being deployed at an accelerated pace. However, during real-world implementation, operators still face many long-standing challenges:
Distributed equipment and high O&M complexity
Lack of transparency in charger availability and utilization
Complicated integration of billing systems and user platforms
Insufficient monitoring of power fluctuations and environmental sensors
Data pressure caused by massive terminal access
Unstable remote upgrades and policy deployment
To help customers rapidly build stable, controllable, and scalable charging networks, BeiLai Technology has introduced an ARMxy-based edge management solution for EV charging stations, enabling a complete closed loop from device access → data processing → cloud-based operation.
As a lightweight edge computing node, ARMxy is deployed at the charger side or station side, where it performs local data acquisition, analysis, and control. This significantly reduces cloud-side pressure while making the charging network more stable, responsive, and resilient.
ARMxy can function as:
⛽ Main control node / gateway for charging stations
📡 Device access and aggregation hub
💾 Policy execution and offline data caching core
EV Charger → ARMxy Edge Node → Cloud Platform → User / Operations Backend
By combining local processing with cloud collaboration, the system supports large-scale deployment and centralized management across multiple sites.
ARMxy supports Modbus, CAN, Ethernet, 4G/5G, and Wi-Fi, enabling plug-and-report connectivity and greatly lowering integration barriers.
📍 Supported devices include:
✔ AC / DC charging piles
✔ Power meters, temperature and humidity sensors
✔ Safety systems such as leakage detectors, smoke sensors, and cameras
ARMxy executes control strategies locally, ensuring continuous operation even during network outages.
Supported capabilities include:
Local dynamic power allocation (load balancing)
Charger cluster scheduling and queue management
Charging strategy deployment and real-time status monitoring
Through integration with SDKs and mobile applications, ARMxy enables:
💰 Real-time charging and transparent billing
📱 QR code charging and app-based orders
🔐 User identity, permission, and pricing plan management
From managing a single charger to operating an entire city, ARMxy enables visualized O&M through an intuitive platform:
💻 Remote monitoring
🛠 OTA firmware upgrades
📊 Big-data analysis of device status, power consumption, and pricing
📍 Fault alerts and automated work order dispatch
🔹 Industrial-grade reliability for 24/7 stable operation
🔹 Modular and extensible design, supporting camera-based AI recognition and site energy analysis
🔹 Support for Docker, Node-RED, and edge rule engines
🔹 Developer-friendly secondary development, compatible with multi-protocol and multi-vendor chargers
🔹 Cost-efficient architecture, ideal for rapid large-scale deployment
🔹 BLRAT remote management tool greatly reduces maintenance workload
Charging stations should not only “deliver power,” but also be operable, manageable, and scalable.
The EV charging industry is no longer about deployment speed alone—it is a competition of operational efficiency and system stability.
The ARMxy-based edge computing solution empowers charging infrastructure with intelligence and control, providing a solid foundation for large-scale, sustainable operation of new energy infrastructure.
👉 If you are planning a charging station project, operating platform, or require a customized integration solution, feel free to contact us.
