Provide an open platform/cloud data service, and quickly set up an energy management platform.
The device side adopts a lightweight hard real-time embedded solution to ensure the safety of battery charging and discharging.
Full-volume real-time monitoring and optimization of battery performance, prolonging life and improving safety.
The device has rich hardware interfaces and is compatible with BMS, PCS, dynamic loop , and other protocols of various manufacturers.
Inherit the security gene, native edge computing, to ensure the safe operation of a weak network/offline.
Aggregation of experts in the field of electric power, rigorous product logic, scalability, professionalism.
| Category | Configuration |
|---|---|
| Network | RJ45 * 2 (10/100Mbps), 4G module, Wi-Fi |
| Power Supply | DC12-24V, Power consumption < 5W |
| Serial Ports | CAN * 1, RS485 * 8, USB * 1 |
| DI/DO/AI | DI * 8, DO* 4, AI * 2 |
| Environment | Temperature: -40°C to 80°C, Humidity: 5% to 95% |
| Display | Optional external 7″ or 10″ touchscreen |
| Storage | Built-in 8GB solid-state drive, External 32GB TF card supported |
| Dimensions | 150W* 110D * 45H |
| Basic Functions | Interface with PCS, BMS, environmental sensors, fire protection, high-voltage box, photovoltaic system, intelligent batteries, energy meters, etc. |
Note: Specifications are subject to change without prior notice for product improvement. Data Sheet / Get your free product catalog and the latest pricing!
A Cabinet-level EMU, such as the HJ-EMU200, is a localized energy control unit installed inside energy storage cabinets. It handles real-time monitoring, safety protection, and local control of battery modules and power conversion systems.
The HJ-EMU200 supports data acquisition, fault alarm, battery balancing commands, communication with BMS and PCS, and environmental monitoring. It acts as the local brain of the cabinet, enhancing responsiveness and safety.
Station EMS, like the HJ-EMS400, is a centralized energy management controller designed for multi-cabinet or site-level deployment. It coordinates all EMUs, solar generation, loads, and grid interaction, providing intelligent dispatch and optimization.
Cabinet EMUs handle local control and protection, while the Station EMS oversees the full system, optimizing energy flows between cabinets, PV systems, and the grid. Together, they ensure safe and intelligent operation of the entire energy storage site.
Both EMU and EMS support standard industrial communication protocols (Modbus, CAN, Ethernet) for seamless integration with PCS, BMS, SCADA, and cloud platforms. This enables remote monitoring, firmware upgrades, and data analysis.
The above answer is for reference. For further details, please reach out to us.
Device-level EMS, device condition monitoring, data acquisition and analysis, energy monitoring and measurement, safety and protection strategies, battery energy optimization, remote control , and OTA.
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