In the field of energy management, real-time data collection, efficient analysis, and intelligent control are key to improving energy efficiency. The ARMxy BL370 series lightweight edge computing gateway, with its high-performance processing capabilities, rich industrial interfaces, and flexible expandability, provides a reliable edge computing solution for energy management systems (EMS), helping enterprises achieve localized energy data processing and intelligent management.
Multi-Protocol Data Collection and Aggregation
Supports BLIoTLink industrial protocol conversion software, seamlessly connecting to energy device protocols such as Modbus, BACnet, and IEC104 to collect real-time data from electricity meters, water meters, photovoltaic inverters, and energy storage systems (BMS).
Connects to sensors via RS485/CAN/RS232 interfaces, covering comprehensive parameters like voltage, current, temperature, and power, building a unified energy data platform.
Edge Computing and Energy Efficiency Optimization
Built-in 1TOPS NPU computing power supports AI algorithms for real-time energy consumption trend analysis, identifying abnormal power usage, and dynamically adjusting equipment operation strategies (e.g., air conditioning, lighting, energy storage charging/discharging).
Localized data processing reduces reliance on the cloud, lowers network latency, and improves response speed, making it ideal for distributed photovoltaics, microgrids, and similar scenarios.
Cloud-Edge Collaboration and Visualization
Uploads processed data to cloud platforms (e.g., Alibaba Cloud, ThingsBoard) via MQTT/OPC UA protocols, enabling energy dashboards, report generation, and remote monitoring.
Optional 4G/5G/WiFi modules ensure stable communication in remote areas or for mobile equipment (e.g., energy storage vehicles).
High Reliability and Industrial-Grade Design
Wide-temperature operation (-40℃~85℃), passes EMC, vibration, and drop tests, suitable for harsh environments like substations and factories.
DIN35 rail mounting, compact size (110×83×42mm), saves space and simplifies deployment.
✅ Photovoltaic Power Generation and Energy Storage Systems
Monitors photovoltaic array efficiency in real time, combines NPU to predict light intensity, and optimizes energy storage charging/discharging strategies.
Collects battery pack temperature and voltage data via Y56/Y57 modules to prevent thermal runaway risks.
✅ Industrial Power Management
Connects PLCs and smart meters to analyze production line energy consumption peaks, achieving load balancing under time-of-use pricing.
Supports DI/DO modules (e.g., Y24 relays) to automatically shut down non-essential equipment, reducing demand charges.
✅ Commercial Building Energy Savings
Integrates BACnet device data (e.g., air conditioning, lighting) and dynamically adjusts operation parameters via edge algorithms.
Combines PT1000 thermocouples (Y52 module) to monitor ambient temperature, improving comfort and energy efficiency.
| Application Requirement | Model Configuration | Key Features |
|---|---|---|
| Photovoltaic Storage Node | BL371B-SOM372-X25+Y51 | 2 Ethernet ports + 4AI (PT100) + 4DO + NPU energy analysis |
| Factory Energy Gateway | BL370W-SOM371-X23+Y31 | WiFi + 8DI/8DO + 4-channel 4~20mA current collection |
| Building Protocol Gateway | BL372L-SOM375-X20+Y63 | 5G + 3 Ethernet ports + 4-channel RS485 cloud integration |
Flexible Expansion: X/Y series I/O boards allow free combinations to adapt to various sensors and actuators.
Open-Source Ecosystem: Pre-installed Ubuntu/Debian, supports Docker, Node-Red, and Python for rapid development.
Remote Maintenance: BLRAT tool enables remote debugging and OTA upgrades, reducing maintenance costs.
Empower Energy Digitization, Starting from Edge Intelligence!
Shenzhen Beilai Technology Co., Ltd.
Website: www.BLIIoT.com
(Custom development and full-cycle technical services available)
Note: Can be paired with NPU development cases or energy efficiency algorithm libraries for further optimization of energy management strategies.
