Factory peak shaving and valley filling energy storage battery is a professional energy storage solution customized for industrial production factories with large power consumption and uneven power consumption peaks. Factory production equipment has the characteristics of high instantaneous power, concentrated peak power consumption and large power consumption fluctuation, which easily leads to high peak electricity costs and excessive grid load pressure. This energy storage battery system is designed for industrial power consumption rules, with large adjustable capacity, strong overload resistance and high charge-discharge efficiency, which can perfectly match the continuous and high-intensity energy storage and power supply demands of factory production, and is suitable for various processing, manufacturing and industrial production factories.

The core working principle of the system is to utilize the peak-valley price difference of industrial electricity to realize economical power scheduling. During the off-peak period of municipal electricity consumption with low electricity prices, the battery system automatically stores electric energy; during the peak period of factory production with high electricity prices and tight grid power supply, it releases stored electric energy to supply production equipment. This peak shaving and valley filling mode can effectively reduce the factory’s purchase of high-priced peak electricity, greatly cut down the industrial electricity cost, and solve the problem of excessive peak power load of factories leading to grid capacity limit and power restriction.

In addition to economic benefits, factory peak shaving and valley filling energy storage batteries can also optimize factory power consumption quality and improve production stability. The system can effectively balance the power grid load, avoid production line shutdown and equipment failure caused by grid voltage fluctuation and power supply instability, and ensure the continuous and stable operation of automated production lines. Equipped with industrial-grade safety protection and intelligent scheduling system, the battery can adapt to high-temperature, high-load and long-term continuous operating environments in factories, with high charge-discharge cycle times and low attenuation rate. At the same time, it reduces the factory’s peak power demand, alleviates the pressure on regional power grid operation, helps enterprises achieve energy conservation and consumption reduction, and improves the overall energy utilization efficiency of factory production.