Main Equipment:
The system includes liquid-cooled containerized energy storage battery systems, batterymanagement systems (BMS), and integrated power conversion systems (PCS). Utilizing lithium iron phosphate(LFP) battery cells as the core, it adopts an intelligently integrated containerized design.
Technical Process:
The energy storage system charges during off-peak electricity demand periods and discharges during peak demand periods to reduce load peaks. It is connected to thegrid in two groups (each group 500 kW /1075 kWh), with the system integrated intothe user-side 400V busbar.
Social Benefits:
The project provides peak shaving and valley filling, reduces the user’s electricity demand, alleviates pres-sure on the power grid, decreases infra-structure investment on the power genera-tion side, and delivers positive social
benefits alongside grid synergy value.