• The surge black box detects all surges (overvoltage) flowing into the power line in real time and records detailed data such as the time of inflow, size, direction (internal/external), and number of times. This information can be checked in real time by administrators and users through the network, allowing for a quick response.

 

• The detected surge data is accumulated as big data and used to analyze the cause of the accident and establish systematic preventive measures. This can prevent repetitive equipment failures or power accidents in advance.

 

• The data provided by the surge black box helps to identify vulnerabilities in power facilities in advance and to establish appropriate protection device (e.g. surge protector) installation and maintenance strategies. This reduces the risk of equipment malfunction, failure, fire, etc. and improves the reliability and safety of the power system.

 

• By linking with IoT networks, surge conditions can be monitored remotely and immediate action can be taken when necessary. This is especially important in digital infrastructure such as smart cities and smart factories.

 

• By recording and analyzing factors that deteriorate power quality, such as surges, overvoltages, and current leakage, you can prevent major accidents, such as fires, and continuously manage power quality.

 

In conclusion, the surge black box is a key solution that significantly improves the stability and reliability of the power system by detecting, analyzing, and preventing risks caused by surges in the power grid in real time.