The display screen of the energy storage control cabinet can provide various key data, which are crucial for monitoring and managing the operational status of the energy storage system. Specifically, the data that can be viewed includes voltage, current, power, frequency, temperature, and energy management data.
1、 The specific data that can be viewed is as follows:
1. Voltage data reflects the voltage value of an energy storage battery pack or system, usually measured in volts (V). By monitoring the voltage, the charging status of the battery pack, whether it is overcharged or overdischarged, and whether it is within the safe working range can be understood.
2. The current data displays the current value during the charging and discharging process, usually measured in amperes (A). By monitoring the current, the charging and discharging speed, efficiency, and the presence of abnormal currents such as short circuits or overcurrent phenomena of the energy storage system can be understood.
3. Power data represents the power output or input value of an energy storage system, typically measured in watts (W) or kilowatts (kW). By monitoring power data, we can understand the actual output capacity, energy conversion efficiency, and whether the energy storage system meets the load requirements.
4. If AC power is involved, frequency data can display the frequency value of AC power. By monitoring the frequency, the system can ensure stable operation at the rated frequency, avoiding equipment damage or performance degradation caused by frequency fluctuations.
5. The temperature data displays the temperature value inside the battery pack or system, usually in degrees Celsius (℃). By monitoring temperature data, overheating issues of battery packs can be detected and addressed in a timely manner, preventing thermal runaway or safety accidents caused by high temperatures.
6. Energy management data, such as SOC (remaining charge) and DOD (depth of discharge), are of great significance for evaluating the energy storage status of energy storage systems, predicting remaining usage time, and formulating charging strategies.

2、 Specific operational steps

1. To view the data on the display screen, first insert the power plug of the energy storage control cabinet into the power socket, then press the start button, wait for the system to start and log in to the corresponding monitoring interface.
2. On the monitoring interface, key data such as voltage, current, power, and temperature can be directly viewed. Some systems will also display data trends in the form of charts or curves, making it convenient for users to analyze and monitor.
3、 The significance of the display screen of the energy storage control cabinet
The real-time monitoring and data analysis functions of the energy storage control cabinet display screen are of great significance for improving the safety, stability, and economy of the energy storage system. By timely and accurately grasping the operating status and key parameter changes of the energy storage system, energy managers can formulate scientific decision-making basis and effective management measures for the system based on these data.
By analyzing the data, timely measures can be taken to deal with abnormal situations (such as high voltage, high current, high temperature, etc.), such as adjusting charging strategies, reducing loads, ventilation and cooling, in order to ensure the safe and stable operation of the energy storage system and fully realize its economic and social benefits.