Energy storage cabinet communication management machine

ANet-ESCUEnergy storage cabinet communication management machineIt is an EMS device suitable for energy storage integrated cabinets (boxes), which can be used for energy storage bodies such as lithium iron phosphate batteries and vanadium flow batteries. It can quickly connect with battery management systems (BMS), energy storage inverters (PCS), power metering, power environment, and unified data collection and storage in fire energy storage cabinets on the market. It has functions such as monitoring and control, energy coordination, linkage protection, economic optimization and efficiency improvement.

The device controls and adjusts the equipment through real-time monitoring and data analysis of power supply, energy storage, energy consumption, environmental control, etc., achieving energy scheduling and control of the energy storage system, optimizing the energy utilization efficiency of the energy storage system, and improving the stability and safety of the energy storage system operation.

It has the following functional characteristics:

Data collection: Supports serial port, Ethernet, and other methods, and can be configured to be compatible with various devices that support standard protocols;

Basic operation and maintenance: multi protocol and multi interface data collection and cloud edge collaboration (combined with Ankerui energy storage operation and maintenance cloud platform for remote operation and maintenance), OTA upgrade, on-site/remote switching, local human-machine interaction (optional);

Edge computing: flexible alarm threshold setting, active uploading of alarm information, data consolidation calculation, logic control, breakpoint continuation, data encryption, 4G routing;

System security: User permissions designed based on an untrusted model to prevent unauthorized users from infiltrating; Based on data encryption and data security verification technology, data calibration and tamper proof mechanisms are adopted to achieve data authentication and traceability;

Operational safety: Collect and analyze signals and measurement data from the entire station, including batteries, temperature control, and fire protection, to achieve operational safety warning and prediction;

Energy scheduling: planning curves, peak shaving and valley filling, anti backflow, maximum demand control, and supporting strategy customization.

2. System architecture

Figure 1 System Architecture Diagram

3. Appearance dimensions

ANet-ESCUEnergy storage cabinet communication management machineUsing standard guide rail installation method. After the device is plugged into the internet cable, the LINK green light will light up and flash when there is data. The SPEED yellow light will remain on at 100Mb/s and turn off at 10Mb/s; The device has a red light flashing for data transmission and reception RX, and a green light flashing for data transmission TX. Both the back plate and the bottom plate can be equipped with guide rail sockets.

Real time monitoring, diagnosis and alarm, panoramic analysis, orderly management, and advanced control of the source, network, load, energy storage system, and charging load of microgrids are carried out to meet the needs of comprehensive monitoring, intelligent safety analysis, forward-looking adjustment and control, and dynamic panoramic analysis of microgrid operation. Flexible interaction and economic optimization of photovoltaic energy storage and charging resources under different goals are achieved to optimize energy, economic, and environmental benefits.

Microgrid Smart Energy Platform - Aggregate Resources

Aggregate photovoltaic, energy storage, charging piles, and air conditioning flexible loads within the microgrid; Connect a single virtual power plant substation and an independent power household number to the upper level load aggregator or virtual power plant platform;

Fully leverage the flexible resource regulation capability of microgrids to achieve overall revenue optimization of microgrids.